This paper explores the concept of Parallel TCP, which splits a traditional single TCP connection into a number of virtual ones in parallel. A performance model of Parallel TCP is presented to explain how Parallel TCP can improve throughput performance. The paper also discusses the factors that affect the performance improvement, including number of connections, packet loss rate, and Congestion Avoidance. The model is validated by simulations
Modern web protocols like HTTP/2 and QUIC aim to make the web faster by addressing well-known proble...
Modern web protocols like HTTP/2 and QUIC aim to make the web faster by addressing well-known proble...
Parallel TCP, which opens multiple TCP connections over a single direct path, and Multi-Pathing, whi...
Abstract For utilizing fast long-distance networks effectively, parallel TCP was proposed, and has b...
The diversity of the networks (wired/wireless) prefers a TCP solution robust across a wide range of ...
Abstract — Applications that require good network perfor-mance often use parallel TCP streams and TC...
Achieving acceptable levels of TCP performance on high speed wide area networks with large bandwidth...
Parallel TCP flows are broadly used in the high performance distributed computing community to enha...
Parallel processing has been proposed as a means of improving network protocol throughput. Several d...
TCP Parallelisation uses a set of parallel (modified or standard) TCP connections to transfer data f...
[[abstract]]Modeling TCP performance is an important issue over the past decade. In this paper, we a...
We consider a simple model of parallel TCP connections defined as follows. There are N connections c...
Although Transmission Control Protocol (TCP) is a widely deployed and successful protocol, it shows ...
TCP parallelization uses a set of parallel TCP connections to transfer data for an application proce...
High-performance computing applications were once limited to isolated supercomputers. In the past fe...
Modern web protocols like HTTP/2 and QUIC aim to make the web faster by addressing well-known proble...
Modern web protocols like HTTP/2 and QUIC aim to make the web faster by addressing well-known proble...
Parallel TCP, which opens multiple TCP connections over a single direct path, and Multi-Pathing, whi...
Abstract For utilizing fast long-distance networks effectively, parallel TCP was proposed, and has b...
The diversity of the networks (wired/wireless) prefers a TCP solution robust across a wide range of ...
Abstract — Applications that require good network perfor-mance often use parallel TCP streams and TC...
Achieving acceptable levels of TCP performance on high speed wide area networks with large bandwidth...
Parallel TCP flows are broadly used in the high performance distributed computing community to enha...
Parallel processing has been proposed as a means of improving network protocol throughput. Several d...
TCP Parallelisation uses a set of parallel (modified or standard) TCP connections to transfer data f...
[[abstract]]Modeling TCP performance is an important issue over the past decade. In this paper, we a...
We consider a simple model of parallel TCP connections defined as follows. There are N connections c...
Although Transmission Control Protocol (TCP) is a widely deployed and successful protocol, it shows ...
TCP parallelization uses a set of parallel TCP connections to transfer data for an application proce...
High-performance computing applications were once limited to isolated supercomputers. In the past fe...
Modern web protocols like HTTP/2 and QUIC aim to make the web faster by addressing well-known proble...
Modern web protocols like HTTP/2 and QUIC aim to make the web faster by addressing well-known proble...
Parallel TCP, which opens multiple TCP connections over a single direct path, and Multi-Pathing, whi...