CAJ | 학술논문

给出了在高带宽时延乘积网络中无拥塞丢包的TCP缓冲区的占用量的微分方程,然后针对广域网中窗口大小小于网络带宽时延乘积和无线网络中,由于误码丢包而使窗口尺寸无法达到链路带宽时延乘积(如卫星网)的情况,分析了一种基于令牌的Fast-TCP机制,得出基于令牌的ACK延时机制,不仅能够大大减少缓冲区的占用量结论,而且可获得与TCP在无限缓冲区下的同样的吞吐量.还把这个结论推广到多连接的情况,在以前论文中没有涉及.
급출료재고대관시연승적망락중무옹새주포적TCP완충구적점용량적미분방정,연후침대엄역망중창구대소소우망락대관시연승적화무선망락중,유우오마주포이사창구척촌무법체도련로대관시연승적(여위성망)적정황,분석료일충기우령패적Fast-TCP궤제,득출기우령패적ACK연시궤제,불부능구대대감소완충구적점용량결론,이차가획득여TCP재무한완충구하적동양적탄토량.환파저개결론추엄도다련접적정황,재이전논문중몰유섭급.
In this paper, the authors first provide a close form differentiate formula to analyze the buffer requirement for zero loss of TCP in networks with high bandwidth delay product. Then, A Token Based Fast-TCP algorithm is analyzed and modeled in WANs when the window size is smaller than Bandwidth-Delay Products (BDP) or in satellite networks where window size is not allowed to be larger than BDP because link errors. It proves that Token Based ACKs delay algorithm not only reduce buffer occupancy largely, but also gain the average same throughput as TCP with infinite buffer size as well. The authors also apply the analysis to multiple connection case that is not included in previous work.