D. Bakin, W. Marcus, A. McAuley, and T. Raleigh, "An FEC booster for UDP applications over terrestrial and satellite wireless networks," Proceedings of, International Mobile Satellite Conference, Pasadena, CA, June 1997.  Home/Search   Document Not in Database   Summary   Related Articles   Check

....The measurements have been taken in our office environment using a laptop that has been connected over wireless LAN to a base station, and an corresponding host. We transmitted speech samples they dramatically increase end to end latency. The discussed solutions are only end to end. Baldn [21] has developed an FEC Booster for UDP applications over terrestrial and satellite wireless networks. The booster is similar to our redundant solution, but protects multiple consecutive packets by additional parity packets. Therefore, it increased the latency, because the lost packets can only be ....

D. Baldn, W. Marcus, A. McAuley, and T. Raleigh, "An FEC booster for UDP application over terrestrial and satellite wireless networks", International Mobile Satellite Conference (IMSC 97), Pasadena, California, June 1997.

....with an overview of related research and a summary. 2. Motivation If we look at some of the network related research that is being conducted in recent times, we see that the trend has been towards performing application related processing inside the network. Research on booster protocols [5] is geared towards being able to selectively add protocol stubs or boosters in the network on a per application basis. Boosters are protocol modules which implement a proprietary protocol and are statically configured into the protocol stacks of the network nodes or the end systems. The protocol ....

D. Bakin, W. Marcus, A. McAuley, T. Raleigh. An FEC Booster for UDP Application over Terrestrial and Satellite Wireless Networks, IMSC, June 19, 1997.

....to adapt to network conditions into network nodes, the appropriate type of adaptation can occur when and where it is needed. Efforts in this area have included transparent in line protocol boosters to adapt to network conditions (e.g. by adding forward error correction over error prone links) [11] and intelligent discard strategies for preserving the quality of MPEG video in the face of network congestion [12] An interesting combination of multicast and MPEG video distribution is examined later in this section. ffl Caching A substantial fraction of all network traffic today comes from ....

D. Bakin, W. Marcus, A. McAuley, and T. Raleigh. An FEC Booster for UDP Application over Terrestrial and Satellite Wireless Networks. In Int'l Mobile Satellite Conference (IMSC 97), 1997.

....of the new protocols are shown in Section 6. The paper concludes with an overview of related research and a summary. II. BACKGROUND AND MOTIVATION In recent times, substantial research has focused on performing application related processing inside the network. Research on booster protocols [5] attempts to selectively add protocol stubs or boosters in the network on a perapplication basis. Boosters are protocol modules that implement a proprietary protocol and are statically configured into the protocol stacks of the network nodes or the end systems. The protocol modules can be ....

D. Bakin, W. Marcus, A. McAuley, T. Raleigh, "An FEC booster for UDP Applications over terrestrial and satellite wireless networks," Intl. Satellite Mobile Conference, Pasadena, CA, June 19, 1997.

....with link protocols is contained in Section 4.1. 2.4. 1 A Forward Erasure Correction Booster for IP or TCP For many real time and multicast applications, Forward Error Correction coding is desirable [12] The two element FZC booster uses a packet Forward Error Correction code and erasure decoding [2]. The FZC booster at the transmitter side of the network adds parity packets. The FZC Booster at the receiver side removes the parity packets and regenerates missing data packets. The FZC booster can be applied between any two points in a network (including the end systems) If applied to IP, then ....

....the appropriate booster debooster. Our implementations currently identify boosted channels by source and destination IP addresses; however, we can add stronger filtering based on other information, such as port number. An FZC booster has been designed and inserted into the FreeBSD infrastructure [2]. For each boosted channel, the FZC booster caches, then immediately forwards, each data packet it receives: whether the packet is from an upper layer protocol or the IP Forwarder. The only modification to each data packet is that the FZC booster overwrites the IP packet s 16 bit identification ....

[Article contains additional citation context not shown here]

D. Bakin, W. Marcus, A. McAuley, T. Raleigh, "An FEC Booster for UDP Application over Terrestrial and Satellite Wireless Networks," International Mobile Satellite Conference (IMSC 97), Pasadena, CA, June 1997.

No context found.

D. Bakin, W. Marcus, A. McAuley, and T. Raleigh, "An FEC booster for UDP applications over terrestrial and satellite wireless networks," Proceedings of, International Mobile Satellite Conference, Pasadena, CA, June 1997.

No context found.

D. Bakin, W. Marcus, A. McAuley, and T. Raleigh. "An FEC booster for UDP application over terrestrial and satellite wireless networks," International Mobile Satellite Conference (IMSC 97), Pasadena, California (June 1997).

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