'Random loss' presentation slideshows

Simulation of Ant Routing Protocol for Ad-hoc networks in NS-2

MSc thesis presentation. Simulation of Ant Routing Protocol for Ad-hoc networks in NS-2. FJ Arbona Bernat E-mail: <f.j.arbonabernat@student.tudelft.nl>. Supervisor: prof.dr.ir. P.F.A. Van Mieghem Mentor: ir. S.S. Dhillon Advisor: dr.ir. F.A. Kuipers. November 22, 2006.

450 views • 30 slides

TCP Westwood: Efficient Transport for High-speed wired/wireless Networks

TCP Westwood: Efficient Transport for High-speed wired/wireless Networks. 2009. TCP Westwood (Mobicom 2001). Key Idea: Enhance congestion control via the Rate Estimate ( RE ) Samples are determined from ACK inter-arrival times and info in ACKs regarding amounts of bytes delivered

417 views • 26 slides

TCP Westwood: Experiments over Large Pipes

366 views • 25 slides

TCP in Wireless Ad Hoc Networks

TCP in Wireless Ad Hoc Networks. 2008. TCP on Wireless Ad Hoc Networks. TCP overview Ad hoc TCP and network layer: mobility, route failures and timeout The problem of fairness and the NRED TCP Westwood: efficient transport for high-speed wired/wireless networks.

432 views • 24 slides

TCP in Wireless Ad Hoc Networks

TCP in Wireless Ad Hoc Networks. 2008. TCP on Wireless Ad Hoc Networks. TCP overview Ad hoc TCP and network layer: mobility, route failures and timeout The problem of fairness and the NRED TCP Westwood: efficient transport for high-speed wired/wireless networks.

502 views • 24 slides

Multipath TCP in a Lossy ad hoc Wireless Network

Multipath TCP in a Lossy ad hoc Wireless Network. Medhocnet 2004 Bodrum, June 2004 Jiwei Chen, Kaixin Xu, Mario Gerla UCLA. Background. In a mobile ad hoc network subject to interference the predominant cause of packet loss is not buffer overflow or congestion , rather :

320 views • 20 slides

TCP in Wireless Ad Hoc Networks

TCP in Wireless Ad Hoc Networks. 2009. Summary: TCP Congestion Control. When CongWin is below Threshold, sender in slow-start phase, window grows exponentially. When CongWin is above Threshold, sender is in congestion-avoidance phase, window grows linearly. AIMD

264 views • 19 slides

Inline Path Characteristic Estimation to Improve TCP Performance in High Bandwidth-Delay Networks

Inline Path Characteristic Estimation to Improve TCP Performance in High Bandwidth-Delay Networks. Cesar Marcondes Anders Persson Medy Sanadidi Mario Gerla. HIDEyuki Shimonishi Takayuki Hama Tutomu Murase. Outline. Inferring Path Characteristics Bandwidth Estimation Buffer Estimation

311 views • 16 slides

Risk Management

211 views • 10 slides

Supplemental 2: fsn-1 is necessary and sufficient in presynaptic neurons

P0. wild-type. fsn-1 like. AB. P1. ABp. ABa. EMS. P2. P3. E. MS. C. ABpr. ABar. ABpl. ABal. Motoneurons (Presynaptic for NMJs). Muscle (Postsynaptic for NMJs). Supplemental 2: fsn-1 is necessary and sufficient in presynaptic neurons. a.

66 views • 1 slides