From majordomo-owner Thu Jan 3 16:21:22 2002 Received: from rusfw.rohde-schwarz.com ([195.232.115.66]) by erg.abdn.ac.uk (8.12.2.Beta3/8.12.2.Beta3) with SMTP id g03GKuKK014194 for ; Thu, 3 Jan 2002 16:21:05 GMT Received: from rus11.rsd.de by rusfw.rohde-schwarz.com via smtpd (for diesel.erg.abdn.ac.uk [139.133.204.76]) with SMTP; 3 Jan 2002 16:20:57 UT Received: by mail.rohde-schwarz.com(Lotus SMTP MTA v4.6.7 (934.1 12-30-1999)) id C1256B36.0059C337 ; Thu, 3 Jan 2002 17:20:26 +0100 X-Lotus-FromDomain: FTK@RUS From: Torsten.Jaekel@FTK.rohde-schwarz.com Sender: Torsten.Jaekel@FTK.rohde-schwarz.com To: ip-dvb@erg.abdn.ac.uk Message-ID: Date: Thu, 3 Jan 2002 17:21:19 +0100 Subject: Comments about the Web document Mime-Version: 1.0 Content-type: multipart/mixed; Boundary="0__=ta2wqEPGqGUGpHrGO36jIxxcCtjkJUJFeYT4x038mAEHS5IYFbxCfefP" Content-Disposition: inline X-ERG-MailScanner: Found to be clean --0__=ta2wqEPGqGUGpHrGO36jIxxcCtjkJUJFeYT4x038mAEHS5IYFbxCfefP Content-type: text/plain; charset=iso-8859-1 Content-Disposition: inline Content-transfer-encoding: quoted-printable Dear Mr Fairhurst, dear members of this email list, I whish you a Happy New Year, all the best for you and great success in= your profession and private life. I have promissed to make my comments regarding the document draft-fair-ipdvb-req-00d.txt which is placed on Gorrys IP-DVB web site. Xmass gave me leisure and spare time to do it. Please find the doc file containing the original text and my comments. Best regards Torsten Torsten Jaekel Product Marketing Datacasting Rohde & Schwarz FTK GmbH Wendenschlossstr. 168, Haus 28 12557 Berlin Germany Phone: +49 30 65 89 1 - 103 FAX: =A0 =A0 +49 30 65 55 02 21 email: Torsten.Jaekel@FTK.rohde-schwarz.com (See attached file: draft-fair-ipdvb-req-00d_TJ_comments.doc) = --0__=ta2wqEPGqGUGpHrGO36jIxxcCtjkJUJFeYT4x038mAEHS5IYFbxCfefP Content-type: application/X-Lotus-Manuscript1; name="draft-fair-ipdvb-req-00d_TJ_comments.doc" Content-Disposition: attachment; filename="draft-fair-ipdvb-req-00d_TJ_comments.doc" Content-transfer-encoding: base64 Content-Description: Lotus Manuscript 1.0 0M8R4KGxGuEAAAAAAAAAAAAAAAAAAAAAPgADAP7/CQAGAAAAAAAAAAAAAAACAAAAuQAAAAAAAAAA EAAAuwAAAAEAAAD+////AAAAALcAAAC4AAAA//////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// 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--0__=ta2wqEPGqGUGpHrGO36jIxxcCtjkJUJFeYT4x038mAEHS5IYFbxCfefP-- From majordomo-owner Wed Jan 9 07:50:08 2002 Received: from mgw-x2.nokia.com (mgw-x2.nokia.com [131.228.20.22]) by erg.abdn.ac.uk (8.12.2.Beta3/8.12.2.Beta3) with SMTP id g097mceo013196 for ; Wed, 9 Jan 2002 07:48:38 GMT Received: from esvir02nok.ntc.nokia.com (esvir02nokt.ntc.nokia.com [172.21.143.34]) by mgw-x2.nokia.com (Switch-2.1.0/Switch-2.1.0) with ESMTP id g097me924761 for ; Wed, 9 Jan 2002 09:48:40 +0200 (EET) Received: from esebh03nok.ntc.nokia.com (unverified) by esvir02nok.ntc.nokia.com (Content Technologies SMTPRS 4.2.5) with ESMTP id for ; Wed, 9 Jan 2002 09:48:38 +0200 Received: by esebh03nok with Internet Mail Service (5.5.2652.78) id ; Wed, 9 Jan 2002 09:48:38 +0200 Message-ID: <481D6FFB3BD60E4CB590F39C59098400222C5F@trebe004.NOE.Nokia.com> From: juha-pekka.luoma@nokia.com To: ip-dvb@erg.abdn.ac.uk Subject: IP Control Channel (IP-CC) proposal Date: Wed, 9 Jan 2002 09:48:32 +0200 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2652.78) content-class: urn:content-classes:message Content-Type: multipart/mixed; boundary="----_=_NextPart_000_01C198E2.0959DE80" X-ERG-MailScanner: Found to be clean This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_000_01C198E2.0959DE80 Content-Type: text/plain; charset="iso-8859-1" Hello all, As requested by Gorry Fairhurst and Andrew Valentine, here is the set of IP Control Channel Requirements that we have been considering for DVB standardisation. The emphasis is on a cellular DVB network carrying multicast IP services, but unicast and one-cell networks are also covered. If you are interested, please take a look at the attached requirements and share some comments. Note, this document is informational. It is for the use of the "IP over DVB" Birds of a Feather group and a subsequent working group of the IETF. It is not to be distributed beyond this group. The text is intended for discussion and is not binding in any way. For further information and requests, please contact me. This document has previously been presented to the DVB TM as SI-DAT 621. 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Other list members and ID authors may have more to add... if so, please do send comments to the list. Torsten.Jaekel@FTK.rohde-schwarz.com wrote: > > Dear Mr Fairhurst, > dear members of this email list, > > I whish you a Happy New Year, all the best for you and great success in your > profession and private life. > > I have promissed to make my comments regarding the document > draft-fair-ipdvb-req-00d.txt which is placed on Gorrys > IP-DVB web site. Xmass gave me leisure and spare time to do it. > > Please find the doc file containing the original text and my comments. > > Best regards > > Torsten > email: Torsten.Jaekel@FTK.rohde-schwarz.com > > (See attached file: draft-fair-ipdvb-req-00d_TJ_comments.doc) > ------------------------------------------------------------------------ > In section 1, Introduction > TJ: What does the layered structure DVB-T->TS->Table Sections->MPE-IP > mean ? GF: MPE uses DSMCC sent as table sections, I'll amend the figure 1 to show this more clearly. Is this correct?: Please view below table in a fixed-width font such as Monaco or Courier. +---------+-+-+-+-+------+---------+--+--+--+ | |T|V|A|O| O | |O |S |O | | |e|i|u|t| t | |t |I |t | |Other |l|d|d|h| h | IP |h | |h | |protocols|e|e|i|e| e | |e |T |e | |native |t|o|o|r| r | |r |a |r | |over |e| | | | | | |b | | |MPEG-2 TS|x| | | | | +---- +--+l | | | |t| | | | | | MPE |e | | | | | | | | +--+---+--------| | | | | | | | | | AAL5 | DSMCC | | | | +-+-+-+-+---+------+--------+*-+--+ | | PES | ATM |Table Sections| +---------+-------+----------+--------------+ | MPEG-2 TS | +-------+-------+-------+-------------------+ | DVB-S | DVB-C | DVB-T | Other PHY | +-------+-------+-------+-------------------+ > In section 1, Introduction > TJ: DSM-CC is missing or is this meant by Table Sections ? > (Table Sections for my understanding are used as signalling tables, > not for data) GF: Yes, see above. > TJ: The layer IP->AAL5->ATM->MPEG-2 TS->DVB-T is strange here. It could mean > the return path (uplink) in CableModem systems. GF: This is permitted. I've seen it done in some return channel systems. > TJ: Should this proposal cover also bi-directional broadcasting systems ? YES, I think we should make it flexible enough to cover this. > TJ: I think the difference between DVB-RCS, DVB-RCC, > DVB-RCT should borne in mind. GF: Given this operates above the MPEG-2 layer, are there implications which impact the way IP is carried? - If so, can you help explain this? ------------------------------------------------------------------------ > In section 1, para 5, Introduction the ID says: > "In some cases, > receivers may need to select transport streams from a > number of simultaneously active TS Multiplexes and TS channels." > TJ: This means we need a multi-RF front end in the receivers ? One > transport stream or multiple is transmitted as one RF frequency > (it could contain many programs or also an Multi-Program-TS). GF: Yes. Suggest: "To receive IP datagrams sent over a MPEG-2 transport multiplex, a receiver needs to identify the specific TS Multiplex (physical link) and also the TS channel(i.e. PID value of a logical link). It is common for a number of MPEG-2 TS channels to carry subnetwork Protocol Data Units (PDUs), and the receiver must therefore filter (accept) IP datagrams sent with a number of PID values, and must independently reassemble each subnetwork PDU. A system which simultaneously receives from several TS channels, utilise receiver hardware to filter unwanted TS channels. Mist current hardware has a limit on the maximum number of active PIDs (e.g. 32). In some cases, receivers may need to select TS channels from a number of simultaneously active TS Multiplexes. To do this, they need multiple physical receive interfaces (e.g. RF front-ends and demodulators)." > TJ: Why it is necessary ? > Perhaps for mobile data reception it could be > necessary to have a two RF frequency demodulator in order to scan the > next channel on which we have to hand-over. > By the way: I have heard such hand-over mechanism recently missing in > DVB is already defined. GF: I can envisage cases where a receiver accepts TV and DVB SI tables on one multiplex, but goes to a different multiplex for IP data. perhaps there is also a case for sending multicast on a different multiplex, since this is common to all receivers, while unicast is sent on the multiplex appropriate to an individual receivers. I suggest we should try to satisfy this need - unless it proves really complex, reverse engineering such support after we define the protocol is almost certainly going to be bad news... ------------------------------------------------------------------------ > In section 1, Introduction the ID says: > "Some applications also envisage the concurrent > use of other non-DVB IP channels." > TJ: why a problem ? > A receiver has to have handle several PIDs at the > same time due to the tables > (PMT, EIT, AIT, …). If we transmit data (all IP) in one PID we could > overcome this problem. GF: sure sending all IP data on one PID fixes this, but then we can't take advantage of the PID addressing to build more sophisticated systems and all receivers have to filter all IP flows, and can not utilise a PID filter to separate traffic. > To receive > all data (all IP connections) transmitted in many PIDs does not seem to > me necessary. Such a "Pre-Filter" will help to reduce the processing power. > Therefore a proper design which IP is travelling in which PID > (IP-PID-Mapping, see also later) is needed. GF: See revised text above. > TJ: Is there a need for a new standard called RFC-UDLR ? GF: I will add a reference to: [RFC3077] E. Duros, W. Dabbous, H. Izumiyama, Y. Zhang, "A Link Layer Tunneling Mechanism for Unidirectional Links", RFC3077. This describes one way to provide such a service. The UDLR WG is now also working on multicast and security issues, which may also be applicable. This will be useful to track. There is no intention implied to change RFC3077. ------------------------------------------------------------------------ > In section 1, Introduction (just above figure 2) the ID says: > "a set of optional header components, and requires decoding of the > control headers." > TJ: What does "control plane" here mean ? Control plane for me: the > signalling tables but there is not a multiplex with data, video or audio > (these are on another PIDs). GF: Definition is agreed. But, that is precisely the point, MPE uses this framework to sent IP (and Ethernet) data. This seems wrong, it should be sent in the data plane, not using table sections. Hence, I hope we will be able to define a new encapsulation to supplement MPE which is tailored to the IP needs. > Final para section 1 of the ID says: > The framework proposed in this document describes a set of > protocols designed to allow IP datagrams to be sent over an MPEG-2 > TS. These need to be simple and robust and shall have good link > efficiency (i.e. small overhead) when transporting variable sized > IP datagrams. The document also suggests the need for supporting > protocols (e.g. to support operation and configuration of the > link, provide resolution of the MPEG-2 Transport Stream (TS), > error reporting, etc). The framework may also be applicable to > other subnetworks utilizing the MPEG-2 Transport Stream, and > similar links (e.g. non-DVB MPEG-2 transmission networks, > regenerative satellite links [ETSI-BSM]). > TJ: Great idea. > Then it should also cover sound broadcasting links like > DAB, iBOC etc. GF: Yes, I am adding references to ATSC. If there are specific issues or needs that you know of for DAB, etc, please tell us more. > TJ: What are Non-MPEG-2 TS similar links ? > MPEG-2-Video over ATM could be > such a system but there is LAN or CLIP to combine IP (more in a native > way). I think this approach here is just useful for MPEG-2 based > transmissions independent on the approach how this MPEG-2 is > transmitted. Otherwise the parallel transmission on a bearer or carrier > in a native manner can be discussed instead of IP encapsulation. GF: This paragraph needs re-written. I'll rewrite it. ------------------------------------------------------------------------ > Section 2 of the ID TS multiplex is defined: > "TS Multiplex: A combination of MPEG-2 transport streams sent over > a common physical link (i.e. a transmission at a specified symbol > rate, FEC setting, and transmission frequency)." > TJ: a combination of … streams can also be done by MPTS (Multi-Program > TS). Is this meant ? > Otherwise, the broadcast of many TS in parallel on different carriers > (in case of DVB-T or DVB-C) or on parallel transponders (actually also > frequencies and channels in DVB-S) is not a multiplex. > A TS Multiplex is more the combination of (digital) audio, video, data > and signalling information within one Transport Stream. GF: What you say is what we meant to write, we'll revise the text. Is this better?; "TS Channel: a channel identified at the MPEG-2 level; it represents level 2 of the ISO/OSI reference model. All packets sent over a channel carry the same PID value TS Multiplex: A set of MPEG-2 transport stream channels sent over a single common physical link (i.e. a transmission at a specified symbol rate, FEC setting, and transmission frequency). TS: Transport Stream [ISO-MPEG], a method of transmission at the MPEG-2 level using TS packets; it represents level 2 of the ISO/OSI reference model. See also TS Channel and TS Multiplex." ------------------------------------------------------------------------ > Section 3 of the ID says: > "This section describes existing solutions and the need for a new > framework. This framework may be used in the forward and/or the > reverse direction. The protocols to be supported over this link > are: > (i) IPv4 Unicast datagrams > (ii) IPv4 Broadcast datagrams to all end systems in an IP network > (iii) IPv4 Multicast datagrams > (iv) IPv6 Unicast datagrams > (v) IPv6 Multicast datagrams > (vi) Datagrams with compressed IPv4 / IPv6 packet headers (e.g. > [RFC1114;RFC2507;RFC3095]) > TJ: I have seen that the ATSC Datacasting document A90 deals with IPv4 > as well as IPv6. GF: In IP over Ethernet, we normally separate these using the Ether-Type field (assuming DIX format ether frames) - this simplifies the way drivers process the packets. MPE and ATSC (i.e. A/90) both mention they work for IPv6, but I don't see a clear description of how this should be done. In DVB data transmission, I haven't seen any explicit mention of this. In ATSC, it seems (to me - tell me if I am wrong) that this is primarily aimed at a system which uses IPv6 OR IPv4 for control information (resource descriptors) for sue be (for example) set top boxes. Is there an assumption that one PID only carries IPv4 or IPv6 (but never both?) All future IP subnetworks must support these things - so must we also. > TJ: Perhaps it could necessary to check the differences between DVB and ATSC > MPEG-2 IP based data services. Unfortunately there are some, e.g. PSI > (DVB) and PSIP (ATSC) in terms of video services. GF: Yes especially for IP transport, and also ARIB (?). All inputs welcome. ------------------------------------------------------------------------ > Section 3 of the ID says: > "(vi) Scalability. The framework must be efficient when used > in both large and small networks. The size of a network > using MPEG-2 transport may range from a pair of nodes, to one > including millions of receivers. > TJ: Hmmm, we are still talking about broadcasting (the main purpose of > our network). Such a system has to be independent of the number of > receivers. The current systems (DVB-T and others) are able to fulfil this > Requirement. No needs to mention separately ? GF: Yes, but remember the ID is for the IETF to understand the issues to be studied and to tell IETF contributors and reviewers what our context is. With this in mind, it is uncommon to find LANs which exist on this scale, so it's good to mention. ------------------------------------------------------------------------ > Section 4 of the ID says: > "(iii) TS Resolution. There is a need to signal the PID and TS > Multiplex that is associated with each IP flow to the > network layer at the sender and receiver (address > resolution). To make such schemes robust to loss and state > changes within the DVB subnetwork, a soft-state approach > may prove desirable. This could, for example, be > implemented via descriptors in the SI tables, or by a > protocol similar to the Ethernet address resolution > protocol (ARP)." > TJ: Yes, to know on which PID is IP transmitted, seems to be necessary. > I am not so familiar with DSM-CC, but I guess to know, there is a private > DSM-CC section is marked. But perhaps you do not know which kind of data > is it (IP or Non-IP). But in the A90 ATSC doc (and my book) I see tables > containing LLC/SNAP flags and bits to mark IP V4 or IP V6. Perhaps > solved ? GF: IN DVB, MPE systems seem to assume that you will use LLC/SNAP to carry an IPv6 datagram. This gives access to a MAC source address (if needed) and an Ethertype field. > TJ: Otherwise to transmit and broadcast (in a dedicated PID or table) which > IP connections (distinguished by their destination addresses), contained > in the TS is for my opinion not a good idea: very complex routing and > tables, very dynamic and what if we had re-multiplexers in an TS-path > changing the combination of PIDs and IPs ? So we have three options: (i) Send it as a SI table, in the MPEG-2 control plane. (ii) Send it as an IP table (e.g. using SAP) sent over an agreed PID (iii) Use a query/response protocol (like arp) over an agreed PID I'll amend the text to say this. > TJ: But I see a need to find fast and secure the "data channels", the IP > connections and this one what I want to > use on my receiver. Especially instead to transmit all IP in one PID we > want make use of many PIDs to separate IP sub-networks (logical IP > network grouping) it is necessary to have such a Map Table. But perhaps > it is enough to do it on sub-network layers using the sub-network mask > instead of single IP addresses. GF: Indeed we should think carefully about encoding the table/query so that it scales to large networks. ------------------------------------------------------------------------ > Section 4 of the ID says: > "(iv) IPv4 and IPv6. The framework must support IPv4 and IPv6 > network protocols. The payload encapsulation may require a > type field in the subnetwork PDU to indicate the type of > the PDU being carried (e.g. IPv4, IPv6). > TJ: Should not be a problem. As mentioned above, in ATSC A90 the > differentiation between both version seems to me considered. GF: I think there are still issues, see earlier. > Section 4 of the ID says: > "(v) Compressed Headers. The framework must address the need in > certain applications for the support of header compression > schemes. This may require a type field in the subnetwork > PDU to indicate the type of the PDU being carried (e.g. > IPv4, IPv6, Compressed Header). > TJ: Instead of Header Compression my "dream" is to adopt the idea of > MPLS, to have short tags at the ingress port and to have a mapping from > IP (and sub-networks) to dedicated PIDs and using Tags instead of IP > headers). Perhaps the same like IP header compression. But the result: > The egress port has to know the mapping and needs this table (and > routing info). A new, additional protocol is needed. GF: Well, we've discussed this before, and I think you could map MPLS to this subnetwork, if you so wished. My feeling is that MPLS is sufficiently complex, that if you wanted to do this, we should first start with a simpler native mapping, and then as we understand this, you should write an ID (with any co-authors). This way we can see if this can be done efficiently. Note - MPLS ADDS overhead to simplify forwarding decisions, it is NOT a header compression scheme. As regards, Header Compression, ROHC is making good progress on schemes which are sufficiently general to be applicable. I hope that such schemes will be widely implemented in future systems, and they therefore NEED to be addressed. This impacts "packing" of data into MPEG-2 TS cells/packets. > TJ: Be be more efficient can be reached if we compress the higher layer > content. The upper layers, especially HTTP, SMTP, FTP waste more > bandwidth, definitely I am sure. To compress also the application data > instead the lower layers seems to me more beneficial. > I have read that HTTP 1.1 is able to support compress content (using > GZIP algorithms). > An application and service oriented approach to discuss this issue seems > to me necessary instead to talk just about a very low layer. GF: Yes, this could be recommended if we publish a guidelines document, but from the network point of view, there is little that can be done with data already sent by a host. Such schemes seem out-of-scope to me, unless other people say different on the list. We could refer to IPCOMP etc. ------------------------------------------------------------------------ > Section 4 of the ID says: > "(vi) Multicast. The framework must support IP multicast > transmission of IPv4 and IPv6 datagrams. Support for > broadcast must also be considered for IPv4." > TJ: Where is a problem ? Unicast or multicast from the view of the > transmission is just another range of IP addresses. Due to the > broadcast character of the MPEG TS link it supports both simultaneously. > What is specific in terms of multicast ? GF: I can think of three things: (i) The network doesn't know which subnetwork receivers wish to receive the stream, a group membership protocol (e.g. IGMP / MLD) or routing protocols (e.g. PIM) is needed. (ii) There is potentially a very large set of multicast data which may be sent over such a system, so the filtering task can be greater. The address overlap between L3 (IP) and L2 (MAC) addresses can also complicate things. (iii) The multicast groups required by a receiver may be in different TS multiplexes, which would not normally be the case for unicast. > TJ: As I know multicast in the networking world (LAN, Internet) is still > unresolved. There are three different approaches and their main problem > is the traffic load, balance and routing (perhaps also to handle the > return channels in case of point-to-multipoint which becomes multi-point > to point in backward direction, I belive ATM tried to cover this). Which > one will be the best fitting one for this focus here (perhaps PIM) ? GF: PIM-SM is probably a good choice, if you are interested, I suggest you track work in the UDLR WG of the IETF. Not sure of the implications on the IP signalling, but hopefully the UDLR WG will have made progress by this date. ------------------------------------------------------------------------ > Section 4 of the ID says: > "(vii) Frame size and fragmentation. Specification of minimum and > maximum frame sizes (MTU). The need (or not) for IP > fragmentation and transparent fragmentation to support the > minimum MTU [RFC1191;Ken87;LINK-ID]. There is no currently > anticipated need to support IPv6 Jumbograms." > TJ: What does minimum frame size mean ? GF: IPv4 and IPv6 have minimum MTUs which ned to be supported. > TJ: The MTU is more an issue of the highes layer of IP or "outside" our > system. You can configure the MAX_MTU_SIZE in most of the operating > systems (Windows, UNIX) or in a router. There are already some articles > in the press dealing with the optimisation of system setting for IP via > DVB. It should be possible to setup an MTU size in your generation > device that the perfect filling of MPEG TS packets is guaranteed. GF: Precisely, I think this is BAD. We can talk this through. My suggestion ------------------------------------------------------------------------ > Section 4 of the ID says: > "(viii) Identification of subnetwork source/destination. A new > encapsulation scheme may need to support layer 2 addresses > (e.g. Ethernet MAC source and destination addresses) of > nodes in the MPEG-2 transport network. These are not > required for layer 3 functionality, and the need, and > applicability, must be addressed by the framework. > TJ: Yes, I agree, the need for a standardized, > machine controllable and > dynamic mapping of IP<->PID is needed. This could be used for > sub-networking grouping using PIDs but also for Unicast-Multicast > separations etc. > Unfortunately there is not yet a protocol to design such Datacasting > networks. We see this demand and looking for a system (Enhanced > Datacasting System, EDS) which offers a standardized, open interface > To have access to a broadcast system (DVB, DAB, perhaps also WLL or > WLAN) to allocate channels, GF: OK, seems useful. > To setup services and to manage bandwidth, quality and resources > (channels, PIDs etc.). > In DAB we have STI (service transport interface) what we are missing in > DVB systems. Our MediaRouter should overcome this situation. > Therefore: this and some other issues are also the main interest of our > ideas and intentions. GF: Your input on DAB could be useful here. I see this as signalling from the MPEG-2 network with the upstream sender, indicating (negotiating?) capabilities. This could be interesting. ------------------------------------------------------------------------ > Section 4 of the ID says: > "(xi) Security. The framework must permit the use of IPSEC and > clearly identify any security issues concerning the > specified protocols. Consideration should also be given to > the need for closed user groups and the use of MPEG-2 TS > encryption." > TJ : Yes, security but we have to distinguish between Conditional Access > (CA), a native approach to encrypt programs and content (perhaps it > works also for IP) and IP encryption as function of a higher layer. If > we say, OK IP security is the task of the higher layers, end-to-end, > based on existing IP and software applications nothing have to be done. > But just the "simple" fact, our system is mainly uni-directional !!! has > to be borne in mind. A negotation of a key is not possible, the > algorithm has to be work asymmetrically etc. Than we are back to the > basics of CA where the source can allow that one of the receivers can > make use of encrypted content based on an device ID (perhaps the MAC address). GF: Yes, I can see cases for CA being used with the IP service. Most IP service provision will have some return-path from the receiving end host to the sending end host, and IPSEC (or SSH, TLS, etc) could also be used, and should be permitted. I suggest we follow the recommendations given in the PILC WG subnetwork designer's document, ed by Phil Karn. ------------------------------------------------------------------------ > Section 4 Payload CRC: > > JT: The FEC is very powerful. Otherwise each layer brings his own > checksum (also IP). Why there is a need ? GF: The IP checksum is no use at detecting transmission errors, it's not strong enough in an error-detection sense. IPv4 has a header checksum, and anyway IPv6 does not. So this doesn't help. GF: Second part of the question is the FEC good enough. I would argue that no it isn't. Given the pain of sending corrupted data into the user's file system (where it sits as corrupted files, directories, etc) it is only fair to protect this using a CRC. Others may disagree we can debate this on the list, if we wish! > JT: See ATM, the higher layers are in charge to solve > transmission problems, not the link layer itself (the complex > and overloaded X.25 is dead due to this approach …) GF: Yes, but ATM uses a strong (32-bit) CRC at the AAL5 level to do exactly this task - to verify the framing of the received packets, and to ensure they do not contain undetected errors left behind by the FEC protection at the cell level. ------------------------------------------------------------------------ > In section 5: > TJ: Are the tables (the DVB signalling) transmitted in DSM-CC sections ? > I do not think so, DSM-CC is just used for data (well known like Data > Carousel or Object Carousel (used in MHP) or private (IP and others)). GF: You are correct, tables used for signalling, sent in sections. DSMCC used for control & control data, uses the same table syntax. DSMCC also used to down-load firmware, guides etc. DSMCC used by MPE as an IP bearer - this last step seems awkward to me. > TJ: We use currently non-signalled IP transmission. It is not necessary > to enhance the signalling tables in order to mark where your data > service is. If you transmit IP independently of the table section there > are just tow small problems: > a) when you try to use an analyser you will find un-referenced PIDs and > b) your receiver has to know exactly the PID where the data is carried > (no dynamic and automated support) > Otherwise to use a native, direct encapsulation into TS cells could > disturb your main function, to transmit TV. How you could be sure that > there is no influences when such a signal is passing the MPEG signal > chain and devices (MPEG muxers, re-muxers, signal routers etc.) and that > all the available receivers at the user side will interoperate with such > a signal. It seems to me not possible to have a mix of native DSM-CC and > direct mapping or it has to be investigated very carefully. GF: Careful investigation is needed, but I suggest DSM-CC is not designed for IP bearer networks. The needs of IP seem much nearer to that of a PES than a DSM-CC channel. Finding a GOOD solution would be a proposed task of the WG. I suggest we ask for suggestions in the form of IDs and evaluate each in turn to see the merits and demerits. ------------------------------------------------------------------------ > In summary > "This document proposes a framework for defining a set of protocols > to perform..." > TJ: Oh, configuration of the sender: > a) How to do if we have just a uni-directional TS link down to the > receivers ? > b) The receiver should be configure itself (automatic adaptation to the > signal, frame structures and parameters -> the idea of MPEG encoding and decoding). > c) If a receiver could configure a sender -> dangerous. We have still a > broadcast system and not an individual communication system, > peer-to-peer. GF: point taken, but remember some network service providers do in fact use DVB purely as a lower-layer for IP data transmission - they COULD have different needs. let's hope we can find a good general solution. > There must be a guarantee that "all" receivers will be > able to get the signal. The setup a "private", "strange" parameter > profile for the source site done by a single end user is not anymore a > broadcast capable system. GF: Scaling issues may also suggest this is infeasible. ------------------------------------------------------------------------ > TJ: Additionally aspects in which we are interested: > - open access interface to make us of broadcast system to > transmit data common interface to setup services and > connections, resource allocation and management (EDS) GF: Interesting - the IETF is only responsible for protocols, maybe ETSI could build on this with DVB help? > - How to renegotiate existing services and parameters > (dynamic service modifcation) GF: QoS - yes would be good to work on this. > - Object oriented service management and handling GF: Not an IP issue (or is it?) > - Quality of Service, service categories, priorities, > transmission parameters, profiles etc. > - Traffic shaping (smooth the traffic coming from > burst-capable networks such as LANs when it enters a > constant bit rate network such as DVB), > estimation of shaping queue sizes, calculate the minimum > and maximum throughput (automatic adaptation to the data > generator profile) GF: QoS - yes would be good to work on this, suggest after the initial goals. > - Mapping of IP and PIDs, signalling where the IP is GF: Yes - within the proposed charter. > and what kind of application (streaming, web, ftp, …), > sub-network grouping, PID-Rerouting GF: Some of this hard, but's it's related to QoS > - Hand-over mechanisms for mobile data reception (there > should be a task force and some proposals), relation > between backbone routing and dynamic > service instantiation on transmitters in case of moving receivers. > Hand-over when a receiver enters a new multiplex island (with another > multiplexes and RF-channels). GF: Put this way, this doesn't seem an IP issue itself, but there are probably implications as such systems are defined. > - The meaning and importance of MAC addresses, the resolution > and mapping of MAC addresses (IP address can be manipulated, > not useable as unambiguous destination addresses.) GF: Yes - within the proposed charter. > - Aspects of heterogeneous networks (the effect of changed MTU > for one segment but end-to-end efficiency ?) > - Higher layer data compression (ZIPed HTTP, FTP) GF: These are design issues. > The issue of the IP-PID-Mapping seems to me the main focus > covered by this document what meets the necessary improvements > of Datacasting systems what we see as well. > If we need just a new optimised encapsulation procedure > – I do not think so. GF: I can see some merits. > We need end-to-end approaches, system design rules, access > interface, service management. This has to be done by a strict guarantee > of the interoperability with running systems. > Perhaps a lot of standards > and protocols exist (IP header compression, UHTTP, HTTP 1.1 with > compression, MPLS, ATSC A90) which we can incorporate. ------------------------------------------------------------------------ I will do a revision of the text based on this, and collect any other feedback from the list. Then I propose to submit as a first (-00) Internet Draft. I am aware that we will probably need to make many revisions and reorganisation of the document before we can make an RFC - so this is just the first of many ID versions. Bets wishes, and thanks for the detailed comments. Gorry From majordomo-owner Tue Jan 15 15:44:17 2002 Received: from mgw-x3.nokia.com (mgw-x3.nokia.com [131.228.20.26]) by erg.abdn.ac.uk (8.12.2/8.12.2) with SMTP id g0FFhRjb019859; Tue, 15 Jan 2002 15:43:27 GMT Received: from esvir01nok.ntc.nokia.com (esvir01nokt.ntc.nokia.com [172.21.143.33]) by mgw-x3.nokia.com (Switch-2.1.0/Switch-2.1.0) with ESMTP id g0FFhWk12429; Tue, 15 Jan 2002 17:43:32 +0200 (EET) Received: from esebh002.NOE.Nokia.com (unverified) by esvir01nok.ntc.nokia.com (Content Technologies SMTPRS 4.2.5) with ESMTP id ; Tue, 15 Jan 2002 17:43:22 +0200 Received: from esebe014.NOE.Nokia.com ([172.21.138.53]) by esebh002.NOE.Nokia.com with Microsoft SMTPSVC(5.0.2195.2966); Tue, 15 Jan 2002 17:43:09 +0200 Received: from trebe003.NOE.Nokia.com ([172.22.232.175]) by esebe014.NOE.Nokia.com with Microsoft SMTPSVC(5.0.2195.2966); Tue, 15 Jan 2002 17:43:09 +0200 X-MimeOLE: Produced By Microsoft Exchange V6.0.4712.0 content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="----_=_NextPart_001_01C19DDB.54A2801C" Subject: Further comments on the proposed RFC Date: Tue, 15 Jan 2002 17:43:08 +0200 Message-ID: <2BF0AD29BC31FE46B7887732114404310C7D0C@trebe003.NOE.Nokia.com> X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: Further comments on the proposed RFC Thread-Index: AcGd21OXMI9OGwmwEdaLxwBQBLUsrQ== From: "Walsh Rod (NRC/Tampere)" To: Cc: , "Luoma Juha-Pekka (NRC/Tampere)" X-OriginalArrivalTime: 15 Jan 2002 15:43:09.0000 (UTC) FILETIME=[54D92480:01C19DDB] X-ERG-MailScanner: Found to be clean This is a multi-part message in MIME format. ------_=_NextPart_001_01C19DDB.54A2801C Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi All Please find attached the Framework proposal with further comments from Rod Walsh and Juha-Pekka Luoma of Nokia. (T. Jaekel's earlier comments are also in this from a previous circulation). We hope these are valuable and look forward to participating in the success of this work. Best regards Rod Walsh, Nokia Research Center Tampere, Finland rod.walsh@nokia.com PS HAPPY NEW YEAR to everyone, it still feels new :) ------_=_NextPart_001_01C19DDB.54A2801C Content-Type: application/msword; name="draft-fair-ipdvb-req-00d_TJ_RDW-JPL_comments_.doc" Content-Transfer-Encoding: base64 Content-Description: draft-fair-ipdvb-req-00d_TJ_RDW-JPL_comments_.doc Content-Disposition: attachment; filename="draft-fair-ipdvb-req-00d_TJ_RDW-JPL_comments_.doc" 0M8R4KGxGuEAAAAAAAAAAAAAAAAAAAAAPgADAP7/CQAGAAAAAAAAAAAAAAADAAAAAQEAAAAAAAAA EAAABAEAAAEAAAD+////AAAAAAgBAAACAQAAAAEAAP////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// 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<2BF0AD29BC31FE46B7887732114404310C7D0C@trebe003.NOE.Nokia.com> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit X-ERG-MailScanner: Found to be clean +++++++++++++++++++++++++ Thanks for your comments, these are most welcome. I've copied the text from them below. The normal form for IETF mailing list differs from many other standards bodies, and usually comments are sent text-only to allow all list members to read them. For those on the list who can't read .doc format, here are the original comments with my comments (marked GF) added. Best wishes, Gorry Fairhurst "Walsh Rod (NRC/Tampere)" wrote: > > Hi All > > Please find attached the Framework proposal with further comments from > Rod Walsh and Juha-Pekka Luoma of Nokia. (T. Jaekel's earlier comments > are also in this from a previous circulation). > > We hope these are valuable and look forward to participating in the > success of this work. > > Best regards > Rod Walsh, > Nokia Research Center > Tampere, Finland > rod.walsh@nokia.com > <> ------------------------------------------------------------------------ > Abstract > RDW: ATSC and ISDB-T could be mentioned here if these are within scope! GF: YES, based on what was said at the meeting in SLC, I have started to generalise the text to refer to MPEG-2 where possible, with examples from DVB and ATSC - we could mention others too, if there is experience with these, and documents that are available to this list. ------------------------------------------------------------------------ > After figure 1: > RDW: I understood that the above figure refers to forward path > only. It would help clarity if protocols for the DVB forward > path and various return paths are presented in separate figures. GF: Yes, do we need a different one for the return path too? > RDW: Also, DSM-CC Sections has more meaning than Table Sections, > or is there na specific reason that "Table" is chosen? > For example DSM-CC sections (including datagram sections) > do not constitute a table. GF: I'll just call them sections if it is clearer. So.... in the rev I am writing, I now have: +---------+-+-+-+-+------+---------+--+--+--+ | |T|V|A|O| O | |O |S |O | | |e|i|u|t| t | |t |I |t | |Other |l|d|d|h| h | IP |h | |h | |protocols|e|e|i|e| e | |e |T |e | |native |t|o|o|r| r | |r |a |r | |over |e| | | | | | |b | | |MPEG-2 TS|x| | | | | +---- +--+l | | | |t| | | | | | MPE |e | | | | | | | | +--+---+--------| | | | | | | | | | AAL5 | DSMCC | | | | +-+-+-+-+---+------+--------+--+--+ | | PES | ATM | Sections | +---------+-------+----------+--------------+ | MPEG-2 TS | +-------+-------+-------+-------------------+ | DVB-S | DVB-C | DVB-T | Other PHY | +-------+-------+-------+-------------------+ Is this as it should be? ------------------------------------------------------------------------ > RDW: MPEG2-PSI also reserves some PIDs (PAT has 0x0000, > CAT has 0x0001). I have several times read the comment that > although is PSI clearly defined in the MPEG-2 systems standard and > SI in the DVB standards, the two terms are used "interchangably". > I would rather keep the two separate in specifications, if possible. > The term DVB-SI may be seen as ambiguous > - "DVB-SI and MPEG2-PSI" is clear. GF: I agree, I suggest at the moment to talk only about "SI" in the most general sense. (I shall remove references to MPEG-2 SI and DVB SI) and will not differentiate the two (or talk about ATSC tables). I suggest we change this to say that: "The PID value is a 13 bit field and, thus, the number of channels is limited to 8192, some of which are reserved for transmission of SI tables." and also say: "In this document, the term "SI" is used to decribe any table used to convey information about the service carried in the TS Multiplex." Is that OK, or would you like to suggest alternate? ------------------------------------------------------------------------ > TJ: This means we need a multi-RF front end in the receivers ? > One transport stream or multiplex > Is transmitted as one RF frequency (it could contain many > programs or also an Multi-Program-TS). > Why it is necessary ? Perhaps for mobile data reception it > could be necessary to have a two RF frequency demodulator in > order to scan the next channel on which we have to hand-over. > By the way: I have heard such hand-over mechanism recently > missing in DVB is already defined. > RDW: On TJ's question, the text needs clarification, > which meaning is intended? > "In some cases, receivers may need to scan transport streams from > a number of simultaneously active TS Multiplexes > and TS channels before selecting one." > or > "In some cases, receivers may need to receive services > on several transport streams which are from a number > of simultaneously active TS Multiplexes and TS channels." > RDW: the terms "TS Multiplex" and "TS channel" are not > entirely aligned with DVB terms - "Multiplex" and "Transport Stream" > seem to be what you mean - see EN300468. > RDW: It seems that the specification writes about a > "Transport Stream multiplex" as a plurality of "Transport Streams". > I have understood instead that a Transport Stream is a > multiplex. GF: In the version I am working on (I'll send this out in the next week, so everyone can look at it), a "TS Multiplex" is a series of consecutive transport packets all sent over the same physical link. This is a key term - we need to get the right name and meaning. (I guess you're going to tell me more about DVB-T Cells later and we'll need to add some more text to cover that). Would that be OK? > RDW: A DVB compliant TS consists of one or more DVB > services, each consisting of one or more service components. > In MPEG-2 Systems terms, one could write as well that a > TS consists of one or more programs, each consisting of > one or more program elements. > RDW: I believe the term "TS channel" is not commonly used in > MPEG-2 or DVB specifications - is it here aligned with a > DVB service or service component? > The DVB specifications only generally write about PIDs defining > "logical channels" within a TS. GF: see previous email for new text on these things. The term TS Channel, was meant to align with the DVB terminology and is a logical channel - simply labelled a "TS channel", to avoid confusion with other logical channels we may come across in other protocols. Would "TS logical channel" be better, "TS Channel" is shorter? > RDW: The term channel here is problematic. > There is not a perfect DVB term for this but "component" > or "service component" comes close. Also note, according > to DVB definitions, a MUX is one TS (i.e. has one TS id), > so these channels (when part of a MUX) are not TS's > (even though they may have been before multiplexing) > - they are "components" or "program elements" > or "elementary streams". > RDW: See earlier comment - I highly recommend using > DVB terms where possible and unambiguous since mutual > understanding is essential. It also refers time consuming > terminology debates to a forum that has already been > through that issue (for some terms). GF: I'll write new text and see if we can converge. ------------------------------------------------------------------------ > RDW: Address collisions where, for example, the same > multicast address is used on several different PIDs > are more of a problem. It is worth clarifying the > minimum number of PIDs that are required to be simultaneously > filtered - so that vendors have a base figure. GF: OK, we can add text on this issue. I will suggest some. ------------------------------------------------------------------------ > In section 2: > MPE: Multiprotocol Encapsulation [ETSI-DAT]. A scheme that > segments Ethernet frames or IP Datagrams into Sections, and then > sends these using DSM-CC formatting over an MPEG-2 TS. > RDW: MPE "embeds" or "encapsulates" to DSM-CC format. > The MPE protocol does not "send". [The alternative acronym, > "Multiprotocol Encapsulator", may be confused] GF: Quite so. I suggest the following new text: "MPE: Multiprotocol Encapsulation [ETSI-DAT]. A scheme that encapsulates Ethernet frames or IP Datagrams creating a DSM-CC Section. The Section may be sent in a series of TS packets over a TS channel." ------------------------------------------------------------------------ > Definition of TS Packet: ... > RDW: Stick to TS Packet. TS Cell will be confusing when the issue > of multi-cell network arises. GF: I wanted to mention the existence of the term "TS Cell", and I do agree, and would prefer we only use "TS packet" in these documents. ------------------------------------------------------------------------ > Section 4: > (ii) Minimal overhead. ... > RDW: IP Packet size, version and frequency will effect > efficiency. Will you define some real-world "test case" > scenarios for different proposals to be quantitatively > measured and compared? GF: Nice idea!!! I'm not sure this IETF work, maybe it is? - It would be useful to have an ID on this, so we could evaluate how easy it would be to define benchmarking terms and appropriate tests. Your comments certainly raise an interesting validation and performance question... what do others think? ------------------------------------------------------------------------ > Section 4: > (vi) Scalability > RDW: as above, how will each of these criteria be measured? > (Separate RFC?) The framework and the assessment criteria > are probably the only important deliverables at the first stage. GF: - see above. ------------------------------------------------------------------------ > Section 4: > (ii) Probability of undetected packet error. There should be a > small undetected link error rate [LINK-ID]. The scheme > therefore needs to be robust to software failures and link > loss. The need for a subnetwork PDU CRC will be determined. > RDW: Exchange "should" for "may" or "will probably" > - otherwise it sounds like you are requiring that the link > generates errors. GF: I'll fix :-) "There should be a small (or negligible) probability of an undetected packet error [LINK-ID]." ------------------------------------------------------------------------ > Re: Multicast > TJ: Where is a problem ? Unicast or multicast from the view of the > transmission is just an other range of IP addresses. Due to the > broadcast character of the MPEG TS link it supports both simultaneously. > What is specific in terms of multicast ? > RDW: The DVB specification (for MPE) leaves too much unresolved. IPv4, > IPv6, unicast & multicast cases must be explicitly specified for > interoperability (even if unicast and multicast address issues turn out > to be identical) - if in doubt, consider that IPv4 multicast to MPE MAC > mapping is specified (optionally). GF: I agree ------------------------------------------------------------------------ > (xi) Security. The framework must permit the use of IPSEC and > clearly identify any security issues concerning the > specified protocols. Consideration should also be given to > the need for closed user groups and the use of MPEG-2 TS > encryption. > TJ : Yes, security but we have to distinguish between Conditional Access > (CA), a native approach to encrypt programs and content (perhaps it > works also for IP) and IP encryption as function of a higher layer. If > we say, OK IP security is the task of the higher layers, end-to-end, > based on existing IP and software applications nothing have to be done. > But just the "simple" fact, our system is mainly uni-directional !!! has > to be borne in mind. A negotation of a key is not possible, the > algorithm has to be work asymmetrically etc. Than we are back to the > basics of CA where the source can allow that one of the receivers can > make use of encrypted content based on an device ID (perhaps the MAC address). > RDW: This requirement actually means that the framework must specify an > (optional) return path. Cases of with and without return path must be > considered. (Note, both IPsec and MSEC should not effect layer 2 or MPE). GF: Do we need bi-directional (duplex) communication between end hosts to use IPSEC - I thought providing you could distribute keys, one-way would be fine --- can someone check this? > RDW: CA is generally not seen as a good way to encrypt IP flows (see > DVB-TM IPI2001-058r1). When using CA for IP traffic, sections should be > encrypted (not TS packets - see ISO13818-1, headers of private sections > must be sent unencrypted). GF: So, if we are thinking of a new encapsulation.... we'd need to decide whether there was a need for CA for IP data? ------------------------------------------------------------------------ > Section 5 para 2. > TJ: Are the tables (the DVB signalling) transmitted in DSM-CC sections ? > I do not think so, DSM-CC is just used for data (well known like Data > Carousel or Object Carousel (used in MHP) or private (IP and others)). > RDW: SI tables go in MPEG-2 private sections. DSM-CC section is a > subtype of an MPEG-2 private section, but it is not used to carry SI tables. GF: Well put, I'll add that to the definition text in section 2. ------------------------------------------------------------------------ > End of section 5, final para. The ID says: > "The IP address resolution support may also be suited for use with > other IP over DVB encapsulations (e.g., MPE [ETSI-DAT]). As part > of address resolution, there is also a need to signal whether MPE > or an IETF encapsulation is used" > TJ. New for me. Which other IP-over-DVB encapsulations do exist ? I > thought just DSM-CC with MPE, perhaps just to distinguish between DVB, > ATSC (and the Japanese system IDBT). > RDW: If a "sender" is a normal IP server, then I would not expect it to > understand the DVB world. The framework should define the name of this > "DVB Interface Unit" entity. [note, if MPLS is introduced, then the > implications should also be considered here] GF: OK, so the current ID doesn't say who does the encapsulation or where a TS Mux is located, or anything like that... I guess some figures would be useful... > RDW: Related to this - is the "IP sender" to "DVB Interface Unit" > interface also in scope? I have the feeling that these work items will > need further review for the "IP server - DVB Interface Unit - MPE" > (logical) architecture. > Just for fun... > +----------+ > | | > | DVB | > +----------+ |interface | +----------+ > | | | unit |-(?? control)-| | > | IP |-(IP control)-| |-(IP control)-| IP | > | sender | +----------+ | protocol | > | | | encaps | > | |----------------(IP data)---------------| | > +----------+ +----------+ GF: :-), but seriously, some drawings showing what the component equipments are encapsulator, mux, etc, would be a very useful addition to the next rev. ------------------------------------------------------------------------ > 6. Multicast Support, the ID says: > "This section addresses specific issues concerning IPv4 and IPv6 > multicast over DVB links. > These issues include, but are not restricted to: > (i) Encapsulating multicast packets on the forward TS multiplex. > (ii) Mapping IP multicast groups to the underlying network > PID and TS Multiplex. > (iii) Provide signalling information that allows receivers to > extract an IP multicast flow from the TS Multiplex. > (iv) Determining group membership(e.g. utilising IGMP / MLD). > (v) Error Reporting. > RDW: The term "TS Multiplex" causes problems again. GF: Think this is a bad choice of wording, I'll rewrite it. > What about > remultiplexing. What about where the MPE generates elementary stream > that goes to several multipexors (and also many MPEs per MUX). > Encapsulation and multiplexing should be separated (functions), the > later possibly happening several times before final "transmission ready" > multiplexes are broadcast. GF: I agree with what you say. > RDW: (iii) "extract" should be "locate" - unless this is also to include > extraction code or parameters. [I would expect that extraction happens > according to a static definition (with options :) in the standard - > location is dynamic]. GF: Good point. > RDW: (ii) and (iii) seem to consider a single cell (multiplex) network > only. Both DVB-T and DVB-S deal with multi-cell networks (although > network management issues tend to be partially different). If the > intention is to leave any or all of "IP session discovery, topology > (cell availability) and maintenance (mobility, transponder changes > etc.)" out of scope, then I think this should be explicitly stated to > avoid confusion over what is included in "signalling information". > Making service discovery a separate chapter would help. > RDW: (iv) In general terms, IGMPv3 and MLDv2 are preferable due to the > SSM capabilities. GF: Agree. But this is a guideline for use, we must design the system to work with IGMPv2, IGMPv3, MLD, MLDv2.... or none of these... ------------------------------------------------------------------------ > On small MTU size > RDW: The header goes into each packet, so the smaller the MTU, the less > efficient the protocol (for data transfer greater than 1 packet in > length). IP packets can of course be smaller than the MTU, whatever the > MTU size. The current DVB MPE already allows multiple small IP packets > to be packed to a single TS packet using section stuffing, defined in > MPEG-2 Systems as an optional feature (worth implemeting if efficiency > is a goal). > RDW: the TCP ACK is a bad example for the forward path, but we must not > exclude messaging services (small data blocks) - which generate revenue > in many business cases! GF: Agree ------------------------------------------------------------------------ > CRC or no CRC? > RDW: IPv4 has a 16bit header checksum, IPv6 does not. I agree with TJ, > you can have RS FEC with DVB, or otherwise implement FEC at layer 4 or > above (e.g. uHTTP). 3G does allow link layer retransmissions (RUP), but > that's not unidirectional. GF: I think, if we were to have no CRC we would need to be very clear in our assumptions, current guidance is to have one. I suggest we make this an issue to be determined. ------------------------------------------------------------------------ > (viii) Error Reporting. (ICMP messages should be sent where there > is a known return path according to normal internet > practice). > RDW: which ICMP messages? The could be a "may" rather than a > "should" requirement. GF: OK, "(viii) Error Reporting. If an equipment is an IP device, then it should conform to standard requirements for hosts [RFC1122] or routers [RFC1812] (depending on its behaviour)." ------------------------------------------------------------------------ From majordomo-owner Wed Jan 16 14:02:41 2002 Received: from mgw-x2.nokia.com (mgw-x2.nokia.com [131.228.20.22]) by erg.abdn.ac.uk (8.12.2/8.12.2) with SMTP id g0GE2Ijb004190; Wed, 16 Jan 2002 14:02:19 GMT Received: from esvir04nok.ntc.nokia.com (esvir04nokt.ntc.nokia.com [172.21.143.36]) by mgw-x2.nokia.com (Switch-2.1.0/Switch-2.1.0) with ESMTP id g0GE29907571; Wed, 16 Jan 2002 16:02:09 +0200 (EET) Received: from esebh002.NOE.Nokia.com (unverified) by esvir04nok.ntc.nokia.com (Content Technologies SMTPRS 4.2.5) with ESMTP id ; Wed, 16 Jan 2002 16:02:08 +0200 Received: from esebe003.NOE.Nokia.com ([172.21.138.39]) by esebh002.NOE.Nokia.com with Microsoft SMTPSVC(5.0.2195.3779); Wed, 16 Jan 2002 16:02:08 +0200 Received: from trebe003.NOE.Nokia.com ([172.22.232.175]) by esebe003.NOE.Nokia.com with Microsoft SMTPSVC(5.0.2195.2966); Wed, 16 Jan 2002 16:02:08 +0200 X-MimeOLE: Produced By Microsoft Exchange V6.0.4712.0 content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Subject: RE: Further comments on the proposed RFC Date: Wed, 16 Jan 2002 16:02:07 +0200 Message-ID: <2BF0AD29BC31FE46B78877321144043178B534@trebe003.NOE.Nokia.com> X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: Further comments on the proposed RFC Thread-Index: AcGekSbtn+hrqAqBEdar0gAIx6S5QwAAQyYA From: "Walsh Rod (NRC/Tampere)" To: "'ext Gorry Fairhurst'" Cc: , "Luoma Juha-Pekka (NRC/Tampere)" X-OriginalArrivalTime: 16 Jan 2002 14:02:08.0076 (UTC) FILETIME=[62AB48C0:01C19E96] X-ERG-MailScanner: Found to be clean Content-Transfer-Encoding: 8bit X-MIME-Autoconverted: from quoted-printable to 8bit by erg.abdn.ac.uk id g0GE2fqb004197 Hi Gorry et al. Thanks for the super fast response. Just a few answers with text cut... > GF: Yes, do we need a different one for the return path too? I do not feel the need to include them, but am happy to see them from anyone keen on DVB radio return channels. (Just that the two paths should be illustrated seperately to keep understanding clear). > GF: I'll just call them sections if it is clearer. > So.... in the rev I am writing, I now have: > | | | | | | | AAL5 | DSMCC | | | > | +-+-+-+-+---+------+--------+--+--+ > | | PES | ATM | Sections | > +---------+-------+----------+--------------+ "Private Sections" is the correct term. "DSM-CC Sections" may also be called "sections" - "Priv.Sect." fits the space:) > GF: I agree, I suggest at the moment to talk only about "SI" > in the most general sense. ... > Is that OK, or would you like to suggest alternate? That's great. Alternatives aren't needed in the current document scope. > GF: In the version I am working on (I'll send this out in the next > week, so everyone can look at it), a "TS Multiplex" is a > series of consecutive transport packets all sent over the same physical > link. This is a key term - we need to get the right name and meaning. ... > Would that be OK? > Would "TS logical channel" be better, "TS Channel" is shorter? ... > GF: I'll write new text and see if we can converge. "TS logical channel" is better, but even so we'll have some terminology issues. "Component" seems to fit best, but I'm open to better arguments. Also check the IP-CC requirements pdf previously posted to the reflector - there are some definitions originating from DVB which should be useful. > GF: Nice idea!!! I'm not sure this IETF work, maybe it is? > - It would be useful to have an ID on this, so we could > evaluate how easy it would be to define benchmarking > terms and appropriate tests. "RFC2357 IETF Criteria for Evaluating Reliable Multicast Transport and Application Protocols" or "RFC2477 Criteria for Evaluating Roaming Protocols" may be good a example of how this could be done in the IETF context. > GF: Do we need bi-directional (duplex) communication between end hosts to > use IPSEC - I thought providing you could distribute keys, one-way would > be fine --- can someone check this? It is not essential to use a bi-directional link for IPsec key delivery. But if we include IPsec issues we must not exclude a return channel (since it will "probably" offer higher security). Yours, Rod Walsh. From majordomo-owner Wed Jan 16 14:39:40 2002 Received: from erg.abdn.ac.uk (gresley.erg.abdn.ac.uk [139.133.207.106]) by erg.abdn.ac.uk (8.12.2/8.12.2) with ESMTP id g0GEcxjb004583; Wed, 16 Jan 2002 14:39:00 GMT Message-ID: <3C459085.749F2280@erg.abdn.ac.uk> Date: Wed, 16 Jan 2002 14:38:47 +0000 From: Gorry Fairhurst Organization: ERG X-Mailer: Mozilla 4.75 (Macintosh; U; PPC) X-Accept-Language: en MIME-Version: 1.0 To: "Walsh Rod (NRC/Tampere)" , ip-dvb@erg.abdn.ac.uk Subject: Re: Further comments on the proposed RFC References: <2BF0AD29BC31FE46B78877321144043178B534@trebe003.NOE.Nokia.com> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit X-ERG-MailScanner: Found to be clean "Walsh Rod (NRC/Tampere)" wrote: > > Hi Gorry et al. > > Thanks for the super fast response. Just a few answers with text cut... > > > GF: Yes, do we need a different one for the return path too? > > I do not feel the need to include them, but am happy to see them from > anyone keen on DVB radio return channels. (Just that the two paths > should be illustrated seperately to keep understanding clear). > GF: OK. This is then possible future text as and when needed. > > GF: I'll just call them sections if it is clearer. > > So.... in the rev I am writing, I now have: > > | | | | | | | AAL5 | DSMCC | | | > > | +-+-+-+-+---+------+--------+--+--+ > > | | PES | ATM | Sections | > > +---------+-------+----------+--------------+ > > "Private Sections" is the correct term. "DSM-CC Sections" may also be > called "sections" - "Priv.Sect." fits the space:) > GF: Excellent, from looking at the MPEG 13818, I came to this too, and I'm impressed it fits perfectly :-) > > GF: I agree, I suggest at the moment to talk only about "SI" > > in the most general sense. > ... > > Is that OK, or would you like to suggest alternate? > > That's great. Alternatives aren't needed in the current document scope. > > > GF: In the version I am working on (I'll send this out in the next > > week, so everyone can look at it), a "TS Multiplex" is a > > series of consecutive transport packets all sent over the same > physical > > link. This is a key term - we need to get the right name and meaning. > ... > > Would that be OK? > > Would "TS logical channel" be better, "TS Channel" is shorter? > ... > > GF: I'll write new text and see if we can converge. > > "TS logical channel" is better, but even so we'll have some terminology > issues. "Component" seems to fit best, but I'm open to better arguments. > Also check the IP-CC requirements pdf previously posted to the reflector > - there are some definitions originating from DVB which should be > useful. GF: Suggest we go with "TS logical channel" - The word "component" seems a bit alien to IETF, and more video-like. If people decide afterwards they hate it, we can change again. > > > GF: Nice idea!!! I'm not sure this IETF work, maybe it is? > > - It would be useful to have an ID on this, so we could > > evaluate how easy it would be to define benchmarking > > terms and appropriate tests. > > "RFC2357 IETF Criteria for Evaluating Reliable Multicast Transport and > Application Protocols" or "RFC2477 Criteria for Evaluating Roaming > Protocols" may be good a example of how this could be done in the IETF > context. GF: There was a also the IP benchmarking work for Ethernet switches etc... I'll add some place-holder text in a new section: "7. Evaluation of transmission of IP datagrams over DVB networks A set of methodologies may be defined to assist in the evaluation of the protocols defined by this framework. These could define terminology, evaluation criteria (utilisation, throughput, loss rate, undetected error rate, etc), and may specify tests to indicate the impact of such parameters as IP Datagram size, IP version, multicast/unicast, and rate of transmission. A set of test cases could also be defined to allow performance to be quantitatively measured and compared. Is this sort of in the right direction? If it seems useful we can add to it later, and then add it to the charter? > > > GF: Do we need bi-directional (duplex) communication between end hosts > to > > use IPSEC - I thought providing you could distribute keys, one-way > would > > be fine --- can someone check this? > > It is not essential to use a bi-directional link for IPsec key delivery. > But if we include IPsec issues we must not exclude a return channel > (since it will "probably" offer higher security). > GF: OK, I'll NOT put it in now. > Yours, > Rod Walsh. From majordomo-owner Thu Jan 17 13:40:03 2002 Received: from huksweep.eu.hns.com (mail.eu.hns.com [193.129.245.116]) by erg.abdn.ac.uk (8.12.2/8.12.2) with SMTP id g0HDdRjb017850 for ; Thu, 17 Jan 2002 13:39:28 GMT Received: from pegasus.eu.hns.com (unverified) by huksweep.eu.hns.com (Content Technologies SMTPRS 4.1.2) with ESMTP id for ; Thu, 17 Jan 2002 13:42:19 +0000 To: ip-dvb@erg.abdn.ac.uk Subject: This group and DVB, an update X-Mailer: Lotus Notes Release 5.0.5 September 22, 2000 Message-ID: From: A.Valentine@eu.hns.com Date: Thu, 17 Jan 2002 13:39:48 +0000 X-MIMETrack: Serialize by Router on PEGASUS/HNSEU(Release 5.0.7 |March 21, 2001) at 17/01/2002 13:43:15, Serialize complete at 17/01/2002 13:43:15 MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" X-ERG-MailScanner: Found to be clean Hi, This is just an update to let you know there is a DVB meeting on the 24th Jan (next week) in Geneva where this group will be discussed! The meeting is between the 3 main groups involved in IP, within DVB. These are IPI (DVB over IP), WIN (wireless in home), GBS (SI, metadata type stuff). At this meeting I will explain to the groups, how/why this group was formed, what its objectives are, and ask how it can work in conjunction with DVB. I will post the outcome to the list regards Andrew -- Andrew Valentine Senior Systems Architect UK Engineering Design Centre Hughes Network Systems Ltd. Linford Wood , Saxon Street, Milton Keynes MK14 6LD, United Kingdom Tel : Direct +44 1908 326 233 Tel Main +44 1908 221122 x 233 Fax : +44 1908 221127 Email: A.Valentine@eu.hns.com #********************************************************************** This message is intended solely for the use of the individual or organisation to whom it is addressed. It may contain privileged or confidential information. If you have received this message in error, please notify the originator immediately. If you are not the intended recipient, you should not use, copy, alter, or disclose the contents of this message. All information or opinions expressed in this message and/or any attachments are those of the author and are not necessarily those of Hughes Network Systems Limited, including its European subsidiaries and affiliates. Hughes Network Systems Limited, including its European subsidiaries and affiliates accepts no responsibility for loss or damage arising from its use, including damage from virus. #********************************************************************** From majordomo-owner Fri Jan 18 15:24:53 2002 Received: from erg.abdn.ac.uk (gresley.erg.abdn.ac.uk [139.133.207.106]) by erg.abdn.ac.uk (8.12.2/8.12.2) with ESMTP id g0IFNplV007395 for ; Fri, 18 Jan 2002 15:23:52 GMT Message-ID: <3C483E09.E13E77B1@erg.abdn.ac.uk> Date: Fri, 18 Jan 2002 15:23:52 +0000 From: Gorry Fairhurst Organization: ERG X-Mailer: Mozilla 4.75 (Macintosh; U; PPC) X-Accept-Language: en MIME-Version: 1.0 To: ip-dvb@erg.abdn.ac.uk Subject: IETF-Announce: I-D ACTION:draft-fair-ipdvb-req-00.txt Content-Type: multipart/digest; boundary="------------2BA083C450E648439C8477AE" X-ERG-MailScanner: Found to be clean This is a multi-part message in MIME format. --------------2BA083C450E648439C8477AE Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit For those list members not on the IETF-Announce list, here is a copy of the draft which we have been working on. The authors appreciate that there is still much work to be done, and welcome comments and offers of further input to produce the next revision. Comments (if possible) should be written in text and refer to this ID. Please send comments to the list, or queries to the authors. Best wishes, Gorry Fairhurst > ------ Forwarded Message > From: Internet-Drafts@ietf.org > Reply-To: Internet-Drafts@ietf.org > Date: Fri, 18 Jan 2002 06:56:52 -0500 > To: IETF-Announce: ; > Subject: I-D ACTION:draft-fair-ipdvb-req-00.txt > > A New Internet-Draft is available from the on-line Internet-Drafts > directories. > > Title : Requirements for transmission of IP datagrams over DVB > networks > Author(s) : G. Fairhurst > Filename : draft-fair-ipdvb-req-00.txt > Pages : 17 > Date : 17-Jan-02 > > This document contains requirements for a framework for transport of > IP Datagrams over ISO MPEG-2 Transport Streams (TS). The MPEG-2 TS > has been widely accepted not only for providing digital TV services, > but also as a subnetwork technology for building IP networks. One > example is the Digital Video Broadcast (DVB), specified by standards > published by the European Telecommunications Standards Institute > (ETSI). > > A URL for this Internet-Draft is: > http://www.ietf.org/internet-drafts/draft-fair-ipdvb-req-00.txt > > To remove yourself from the IETF Announcement list, send a message to > ietf-announce-request with the word unsubscribe in the body of the message. > > Internet-Drafts are also available by anonymous FTP. Login with the username > "anonymous" and a password of your e-mail address. After logging in, > type "cd internet-drafts" and then > "get draft-fair-ipdvb-req-00.txt". > > A list of Internet-Drafts directories can be found in > http://www.ietf.org/shadow.html > or ftp://ftp.ietf.org/ietf/1shadow-sites.txt > > Internet-Drafts can also be obtained by e-mail. > > Send a message to: > mailserv@ietf.org. > In the body type: > "FILE /internet-drafts/draft-fair-ipdvb-req-00.txt". > > NOTE: The mail server at ietf.org can return the document in > MIME-encoded form by using the "mpack" utility. To use this > feature, insert the command "ENCODING mime" before the "FILE" > command. To decode the response(s), you will need "munpack" or > a MIME-compliant mail reader. Different MIME-compliant mail readers > exhibit different behavior, especially when dealing with > "multipart" MIME messages (i.e. documents which have been split > up into multiple messages), so check your local documentation on > how to manipulate these messages. > > > Below is the data which will enable a MIME compliant mail reader > implementation to automatically retrieve the ASCII version of the > Internet-Draft. > > ------ End of Forwarded Message --------------2BA083C450E648439C8477AE Content-Type: message/external-body; x-mac-type="54455854"; x-mac-creator="4D4F5353"; name="Attachment (Anarchie document)" Content-Transfer-Encoding: 7bit Content-Disposition: inline; filename="Attachment (Anarchie document)" Q29udGVudC1UeXBlOiB0ZXh0L3BsYWluDUNvbnRlbnQtSUQ6CTwyMDAyMDExNzEwMzIwOS5J LURAaWV0Zi5vcmc+DQ1FTkNPRElORyBtaW1lDUZJTEUgL2ludGVybmV0LWRyYWZ0cy9kcmFm dC1mYWlyLWlwZHZiLXJlcS0wMC50eHQNDQ== --------------2BA083C450E648439C8477AE Content-Type: text/plain; charset=us-ascii; x-mac-type="54455854"; x-mac-creator="4D4F5353"; name="draft-fair-ipdvb-req-00.txt" Content-Transfer-Encoding: 7bit Content-Disposition: inline; filename="draft-fair-ipdvb-req-00.txt" Content-Type: text/plain Content-ID: <20020117103209.I-D@ietf.org> --------------2BA083C450E648439C8477AE-- From majordomo-owner Tue Jan 29 13:30:56 2002 Received: from erg.abdn.ac.uk (gresley.erg.abdn.ac.uk [139.133.207.106]) by erg.abdn.ac.uk (8.12.2/8.12.2) with ESMTP id g0TDUKDR015910 for ; Tue, 29 Jan 2002 13:30:20 GMT Message-ID: <3C56A3ED.9F4EF2D1@erg.abdn.ac.uk> Date: Tue, 29 Jan 2002 13:30:21 +0000 From: Gorry Fairhurst Organization: ERG X-Mailer: Mozilla 4.75 (Macintosh; U; PPC) X-Accept-Language: en MIME-Version: 1.0 To: ip-dvb@erg.abdn.ac.uk Subject: Re: This group and DVB, an update References: Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit X-ERG-MailScanner: Found to be clean A.Valentine@eu.hns.com wrote: Please find below the official extract from the DVB WIG meeting held last week on the 24th Jan (next week) in Geneva. "Several interested people are currently developing an IETF-BoF group on the subject of IP on DVB transport streams. Andrew Valentine is rapporteur for DVB. Since this group is not yet officially established a proper liaison is not possible. It is important to keep the IETF-BoF group aligned with DVB, therefore several DVB members have sent the same input to the IETF group as was sent to DVB. The TM should be aware of this unofficial document exchange." > > Hi, > > This is just an update to let you know there is a DVB meeting on the 24th > Jan (next week) in Geneva where this group will be discussed! > > The meeting is between the 3 main groups involved in IP, within DVB. These > are IPI (DVB over IP), WIN (wireless in home), GBS (SI, metadata type > stuff). At this meeting I will explain to the groups, how/why this group > was formed, what its objectives are, and ask how it can work in > conjunction with DVB. > > I will post the outcome to the list > > regards > > Andrew > > ---