Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ST-TCP (server fault-tolerant TCP) is an extension of TCP to tolerate TCP server failures. Server fault tolerance is provided by using an active-backup server that keeps track of the state of a TCP connection. The backup server takes over the TCP connection if the primary server fails. This take-over is fast, seamless, and completely transparent to the client.  provides a system demonstration of a new ST-TCP prototype. The new prototype incorporates a performance-enhanced architecture and addresses application failure scenarios. Five experiments using this prototype are proposed to demonstrate the following useful features: (1) client-transparent, seamless failover; (2) insignificant performance overhead of ST-TCP during failure-free periods; and (3) an ability to tolerate all single crash failures at the hardware and operating system levels, and, most crash failures at the application level.
['Manish Marwah', 'Shivakant Mishra', 'Christof Fetzer']
I am writing a research paper on a idea A system demonstration of ST-TCP
[{"from": "human", "value": "I am writing a research paper on a idea A system demonstration of ST-TCP"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ST-TCP (server fault-tolerant TCP) is an extension of TCP to tolerate TCP server failures. Server fault tolerance is provided by using an active-backup server that keeps track of the state of a TCP connection. The backup server takes over the TCP connection if the primary server fails. This take-over is fast, seamless, and completely transparent to the client.  provides a system demonstration of a new ST-TCP prototype. The new prototype incorporates a performance-enhanced architecture and addresses application failure scenarios. Five experiments using this prototype are proposed to demonstrate the following useful features: (1) client-transparent, seamless failover; (2) insignificant performance overhead of ST-TCP during failure-free periods; and (3) an ability to tolerate all single crash failures at the hardware and operating system levels, and, most crash failures at the application level."}]