Titlebook: Information Networking. Towards Ubiquitous Networking and Services; International Confer Teresa Vazão,Mário M. Freire,Ilyoung Chong Confere

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Rate-Adaptive TCP Spoofing with Segment Aggregation over Asymmetric Long Delay Linksfragments directly, based on ., which results in one true ACK from the destination. The results of the performance analysis provide a good evidence to demonstrate the efficiency of our mechanisms under different assumptions of bandwidth asymmetric ratio and error rate.

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Effects of the Number of Hops on TCP Performance in Multi-hop Cellular Systemss values of the number of hops. We also have analyzed the gain according to position of active users in a cell. From the results, we show that multi-hop transmission can improve TCP performance, especially for the users near the cell edge. We also show a proper number of hops that gives maximum TCP performance.

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TBCP-Based Overlay Construction and Evaluation for Broadcasting Mini-systemunder the same LAN, that selected parent does not change the out-degree status. The performance comparison, in terms of Overlay-Connection-Throughput and Latency against Group-Size-Growth, between .TBCP, the HMTP, and the traditional TBCP is done through simulations and the results conclude in favour of the proposed .TBCP.

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Conference proceedings 2008as held in Estoril, Portugal, January 23–25, 2007. The conference series started under the name of Joint Workshop on Computer Communications, in 1986. At that time, it constituted a technical meeting for researchersand engineers on - ternet technologies in East Asian countries, where several technic

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0302-9743 s Society and IEEE Portugal Section-Computer Society Chapter, in cooperation with the Order of Engineers CollegeofInformaticsEngineering(Portugal),IPSJ(Informat978-3-540-89523-7978-3-540-89524-4Series ISSN 0302-9743 Series E-ISSN 1611-3349

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Kyuho Han,Sangsoon Lim,Sangbin Lee,Jin Wook Lee,Sunshin An

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Ho-Jeong Yu,Kyoung-Min Yoo,Kyeong-Eun Han,Won-Hyuk Yang,Sang-Yeol Lee,Young-Chon Kim

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A Network I/O Architecture for Terminal-Initiated Traffics in an Ubiquitous Service Serverck. The packet-per-second were 21.9K and 18.3K for . and .,respectively. The bandwidth increased as the size of payload increased. The profile of detail execution time showed that the bottleneck of the Latona was for handling the socket and the TCP in Latona hardware.