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Register a new userImproving the Performance of TCP over Satellite Links by Modifying the Protocol TCP-Peach+ to Become Satellite Transport Protocol (STP)
تحسين أداء برتوكول التحكم بالنقل TCP المستخدم في الوصلات الفضائية من خلال تعديل برتوكول TCP-peach+ ليصبح برتوكول نقل خاص بالوصلة الفضائية فقط STP )satellite transport protocol)
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يتضمن البحث اقتراح تعديل على برتوكول TCP-peach+ من أجل تحسين أداء برتوكول الـ TCP عبر الوصلات الفضائية , حيث تم اقتراح البرتوكول المعدل بالاعتماد على تقنية تجزئة مسار الاتصال بين المصدر والهدف والمسماة(SPLITTING) و ذلك من أجل الحصول على برتوكول معدل من نوع (Satellite transport protocol)STP خاص بالجزء الفضائي فقط ,من خلال اقتراح خوارزمية جديدة لهذا البرتوكول الموجود ضمن طبقة النقل الفضائي STL (Satellite protocol layer) , وقد ركزنا بالبحث على المقارنة مابين البرتوكول المقترح و برتوكول TCP-Peach+ .
This research includes an amendment to a TCP-Peach+ protocol to improve the performance of the TCP over satellite links, Where the protocol has been proposed based on splitting the connecting path between the source and target, in order to obtain an adjusted protocol of the kind of Satellite transport protocol (STP) specialized in the space segment only, and that by proposing a new algorithm for this protocol which is located under the satellite transport layer (STL). We have focused in our research on a comparison between the proposed protocol and TCP-Peach+ protocol.
References used
Satoshi,Utsum;Salahuddin,Muhammad;Slaim,Zabir;Norio,Shiratori.TCPcharry: new approach for TCP congestion control over satellite IP networks. computer communication,31,2008,2541-2561
cheny,ha;yaw,chen;cheny Chan. Fast retransmitted and fast recovery schemes of transport protocols: A survey and taxonomy. computer network,52,2008,1308-1327
Elizabet,Rendon;Morales,Joryemata;Junajo,Alins;Josel,Manoz;Oscar,Esparza. cross- Layer architecture for TCP splitting in the return channel over satellite networks.IEEE,2009
Carlo, Caini; Rosario, Fivrincieli ; Mario,Marchese; Tomaso,Decola; Michel,luglio; Cesare,Roseti; Nedo,Celandroni; Francesco,potrotri. Transport layer protocols and architectures for satellite networks .international journal of satellite communications and networking,2006
Carlo,Caini ;Rosario Firrincieli ; Daniele,Lacamera. PEPsal:a performance enhancing proxy desiged for TCP SATELLITE CONNECTIONS .IEEE,2006
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This research is mainly about the influence of protocols on the
performance of Satellite Communication.
We have studied and compared many TCP variants recently proposed.
In this paper, we propose modifications to TCP by
introducing adaptive delay and loss response (TCP-ADaLR) to
mitigate the adverse effects of satellite link characteristics.
Research paper on the TCP protocol and its handling of bottlenecks, with a simple comparison between several copies of the protocol.
This research contains an analysis of performance of multiple
access protocols when using for satellite channel to connect between
earth station(HUB) and VSAT through satellite .The performance
of those protocols has been compared through the foll
owing points:
1)the transmission power which is required by the earth station.
2) the transmission power which is required by the satellite's
transponder .
3)the require frequency bandwidth.
4)the maximum number of the earth stations in the network.
5)the delay which is caused by using those protocols.
This study has introduced head lines to choose the proper multiple
access protocol for the required service from the satellite channel
preserving the lowest cost to have the ideal performance for satellite
channel.
In this paper, we present a mathematical analysis program for
Mobile Robot consisting of seven ECUS (Electronic Control Units),
which exchange about (23) messages among them.
The mathematical model calculates the response times (delays
times) for
all messages, and then use these results as input
parameters for the proposed methodology (STS)(Sampling Timing
Scheduling), that allows the calculation of sampling times in a
manner that achieves the best efficiency and reliability of the
system. As well as ensuring whether there is a match between
the deadlines of the messages and worst-case response
scenarios in the real times.
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