tcp - ip this paper delay
Achieving Faster Access to Satellite Link Bandwidth
White Paper TCP with Van Jacobson Congestion Control (VJCC) is known to have poor performance over large bandwidth-delay product paths. TCP Performance Enhancing Proxies (PEPs) constitute one... [19 Sep 2008]
Understanding Bandwidth-Delay Product in Mobile Ad Hoc Networks
White Paper This paper shows that the most significant difference of computing BDP and BDP-UB in MANET is the coupling of bandwidth and delay over a wireless link, where only one packet is allowed... [10 Sep 2008]
AntiECN Marking: A Marking Scheme for High Bandwidth Delay Connections
White Paper This paper describes a simple scheme that uses feedback from underutilized high capacity links to allow a TCP connection to aggressively increase its sending rate. The... [11 Jul 2008]
Rate Based Congestion Control Over High Bandwidth/Delay Links
White Paper As the network bandwidth and delay increase, traditional dominant transfer protocols on the Internet like TCP have shown inefficiency and instability to many applications involved in huge amounts of data... [11 Jul 2008]
Benchmarking High Bandwidth-Delay Product Protocols
White Paper In the largest bandwidth-delay product environment the authors tested, PSockets achieved a maximum bandwidth of 875Mbps, while RBUDP and UDT were not far behind at 837Mbps and 840Mbps respectively, compared to 4.57Mbps... [11 Jul 2008]
Rate Allocation Under Network End-to-End Quality-of-Service Requirements
White Paper This paper addresses the problem of allocating transmission rates to a set of network sessions with end-to-end bandwidth and delay requirements. It gives a unified convex programming... [10 Jul 2008]
Achieving High Throughput in Low Multiplexed, High Bandwidth, High Delay Environments
White Paper In the scheme, a TCP source reacts differently on receiving an ECN than it does on inferring a packet loss in terms of congestion window update. Coupled with an AQM scheme such as RED, TCP sources... [08 Jul 2008]
Investigation of Ethernet Switches Behavior in Presence of Contending Flows at Very High-Speed
White Paper This paper examines the interactions between high speed Ethernet switches and TCP in high bandwidth delay product networks. Then the impact of these switches behaviors... [04 Jul 2008]
Window-Based Congestion Control in TCP With Explicit Congestion Notification: Multiple Congestion
White Paper Based on the explicit network information, the paper estimates the fair window size proportional to the propagation delay. This paper proposes a window-based congestion... [03 Jul 2008]
A TCP Agent Scheme Based on Active Buffer Control to Support Lossless Handover in Broadband Wireless Networks
White Paper The paper also proposes an active buffer control algorithm deployed in the agent and a guideline on design of the buffer control parameters using bandwidth-delay product. This... [03 Jul 2008]
Analysis of AIMD Protocols Over Paths With Variable Delay
White Paper This paper proposes an analytical model that accounts for the variability of delay, while computing the throughput of an AIMD protocol. It derives a closed-form expression for the... [03 Jul 2008]
SABUL: A Transport Protocol for Grid Computing
White Paper This paper describes SABUL, an application-level data transfer protocol for data-intensive applications over high bandwidth-delay product networks. It uses UDP to transfer data and... [10 Apr 2008]
Impact of TCP-Like Congestion Control on the Throughput of Multicast Groups
White Paper This paper studies the impact of randomness (i.e.variation of queuing delay due to cross traffic) on the performance of a (one-to-many) multicast session in the presence of a... [04 Apr 2008]
The Role of Buffer Management in Controlling the Effects of Congestion over 10 GbE Links
White Paper This white paper describes the rationale for providing switch/routers with port buffers that are scaled to the expected delay-bandwidth product (DBP). DBP-sized buffers, together with... [08 Feb 2008]
Simulation Analysis of RED With Short Lived TCP Connections
White Paper Several objectives have been identified in developing the Random Early Drop (RED): decreasing queueing delay, increasing throughput, and increasing fairness between short and long lived connections. The... [15 Jan 2008]
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