نتایج جستجو برای: multi path tcp

تعداد نتایج: 604106  

2005
Wenwei Li Dafang Zhang Gaogang Xie Jinmin Yang

Both TCP and ICMP are applied in network measurement, while investigating differences between the measured results of them is important but has been less addressed. To compare the differences between TCP and ICMP when they are used in measuring host connectivity, RTT, and packet loss rate, we designed two groups of comparison programs, after careful evaluating of the program parameters, we exec...

Journal: :IEICE Transactions 2006
Masaki Hirabaru

The queue size at a bottleneck would impact the performance of TCP protocols, especially when running a single TCP flow in networks with a large bandwidth-delay product. However, queue size has been not well considered in experiments. This paper shows how bottleneck queue size influences TCP protocols performance. Bursityness of advanced TCPs is examined. Ways of estimating queue size are intro...

2006
Chang-hyeon Lim Jinhyuk Lee Taehwan Kim Woojin Han Dowon Hyun Ju-wook Jang

We propose a robust end-to-end loss differentiation scheme to identify the packet losses due to congestion for TCP connections over wired/wireless networks. We use the measured RTT values in determining whether the cause of packet loss is due to congestion over wired path or regular bit errors over wireless paths. The classification should be as accurate as possible to achieve high throughput a...

Journal: :IET Communications 2008
C.-H. Lim J.-W. Jang

The authors propose a robust end-to-end loss differentiation scheme to identify the packet losses because of congestion for transport control protocol (TCP) connections over wired/wireless networks. The authors use the measured round trip time (RTT) values to determine whether the cause of packet loss is because of the congestion over wired path or regular bit errors over wireless paths. The cl...

2001
Cheng Peng Fu Ling Chi Chung Soung Chang Liew

detection of packet loss and conservative slow-start algorithms to improve TCP performance. With its proactive congestion detection, it utilizes network bandwidth more efficiently and achieves a higher throughput than TCP Reno. This paper shows that in asymmetric networks in which the bottleneck is on the reverse path rather than on the forward path, its performance can be significantly lower t...

2008
Sangtae Ha Injong Rhee

Slow Start is a technique to probe for unknown and time-varying available bandwidth of a network path. A sender increases its congestion window by one for each ACK received (when ACKs are not delayed), which effectively doubles its congestion window when receiving ACKs for all the packets within a congestion window. Even if an exponential increase of congestion window during Slow Start grabs un...

2012
Costin Raiciu Christoph Paasch Sébastien Barré Alan Ford Michio Honda Fabien Duchene Olivier Bonaventure Mark Handley

Networks have become multipath: mobile devices have multiple radio interfaces, datacenters have redundant paths andmultihoming is the norm for big server farms. Meanwhile, TCP is still only single-path. Is it possible to extend TCP to enable it to support multiple paths for current applications on today’s Internet? The answer is positive. We carefully review the constraints—partly due to variou...

Journal: :Computer Networks 2008
Dzmitry Kliazovich Fabrizio Granelli Daniele Miorandi

The majority of current Internet applications uses Transmission Control Protocol (TCP) for ensuring reliable end-to-end delivery of data over IP networks. The resulting path is, generally speaking, characterized by fairly large propagation delays (of the order of tens to hundreds of milliseconds) and increasing available bandwidth. Current TCP performance is far from representing an optimal sol...

Journal: :International Journal of Advanced Computer Science and Applications 2022

Transmission Control Protocol (TCP) used multiple paths for performing transmission of data simultaneously to improve its performance. However, previous TCP protocols in Internet Things (IoT) networks experienced difficulty transmit a greater number subflows. To overcome the above issues, we introduced cross-layer framework perform efficient packet scheduling and congestion control increasing p...

2008
K. Satyanarayan Reddy Lokanatha C. Reddy

Conventional TCP suffers from poor performance on high bandwidth delay product links meant for supporting transmission rates of multi Gigabits per seconds (Gbps). This is largely due to TCP’s congestion control algorithm, which can be slow in taking advantage of large amounts of available bandwidth. A number of high-speed variants have been proposed recently, the major ones being BIC TCP, CUBIC...

نمودار تعداد نتایج جستجو در هر سال

با کلیک روی نمودار نتایج را به سال انتشار فیلتر کنید