Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: TCP Reno versions are widely used in current network, hover it has been actualized that their throughput deteriorates in high-speed network and wireless environments. To overcome these problems of TCP Reno versions, a number of protocols have been proposed. In these researches, friendliness with TCP Reno becomes important. TCP stwood is an example that is based on end-to-end bandwidth estimate, and brings higher efficiency performances. Hover it will be shown that the friendliness with TCP Reno is deteriorated according to network situations such as the buffer size of a bottleneck link router. ,  quantify the buffer size that TCP Reno and TCP stwood perform friendly to each other, and then propose an improved version of TCP stwood that achieves friendliness with TCP Reno by estimating the buffer size of a bottleneck link router by using bandwidth estimation technique, RCE, and by updating congestion control parameters under the constraint of throughput estimation models.  confirm effectiveness of our proposal scheme by extensive simulation experiments. Simulation results show that our proposed scheme performs friendly to TCP Reno in various network situations independently of router buffer sizes
['Kazumi Kaneko', 'Jiro Katto']
I am writing a research paper on a idea Reno Friendly TCP Westwood based on Router Buffer Estimation
[{"from": "human", "value": "I am writing a research paper on a idea Reno Friendly TCP Westwood based on Router Buffer Estimation"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: TCP Reno versions are widely used in current network, hover it has been actualized that their throughput deteriorates in high-speed network and wireless environments. To overcome these problems of TCP Reno versions, a number of protocols have been proposed. In these researches, friendliness with TCP Reno becomes important. TCP stwood is an example that is based on end-to-end bandwidth estimate, and brings higher efficiency performances. Hover it will be shown that the friendliness with TCP Reno is deteriorated according to network situations such as the buffer size of a bottleneck link router. ,  quantify the buffer size that TCP Reno and TCP stwood perform friendly to each other, and then propose an improved version of TCP stwood that achieves friendliness with TCP Reno by estimating the buffer size of a bottleneck link router by using bandwidth estimation technique, RCE, and by updating congestion control parameters under the constraint of throughput estimation models.  confirm effectiveness of our proposal scheme by extensive simulation experiments. Simulation results show that our proposed scheme performs friendly to TCP Reno in various network situations independently of router buffer sizes"}]