Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  investigates soft multiplexing, an issue that arises in VP-based ATM networks. The main distinguishing feature of this form of multiplexing (as opposed to traditional statistical multiplexing) is that the output channel is a variable-bit rate VP. The concepts of work conservation and greediness re introduced to study soft multiplexing systematically.  assume that the overall multiplexed output traffic is regulated and policed by a leaky bucket. Before being allod to access the output channel, each input traffic stream is also controlled by a leaky bucket. It is shown that although strict performance guarantee can be provided to each input traffic stream by independent leaky bucket operation, output-channel utilization can be rather low, and it can be improved significantly if  allow some interactions among the leaky buckets of the input streams. In particular,  show that two simple soft-multiplexing schemes, excess token passing and token borrowing, can achieve higher output-channel utilization, better delay and loss performance without sacrificing guarantee to each session.
['Chan-weng Lai', 'Soung Chang Liew']
I am writing a research paper on a idea A framework for statistical multiplexing onto a variable-bit rate output channel
[{"from": "human", "value": "I am writing a research paper on a idea A framework for statistical multiplexing onto a variable-bit rate output channel"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  investigates soft multiplexing, an issue that arises in VP-based ATM networks. The main distinguishing feature of this form of multiplexing (as opposed to traditional statistical multiplexing) is that the output channel is a variable-bit rate VP. The concepts of work conservation and greediness re introduced to study soft multiplexing systematically.  assume that the overall multiplexed output traffic is regulated and policed by a leaky bucket. Before being allod to access the output channel, each input traffic stream is also controlled by a leaky bucket. It is shown that although strict performance guarantee can be provided to each input traffic stream by independent leaky bucket operation, output-channel utilization can be rather low, and it can be improved significantly if  allow some interactions among the leaky buckets of the input streams. In particular,  show that two simple soft-multiplexing schemes, excess token passing and token borrowing, can achieve higher output-channel utilization, better delay and loss performance without sacrificing guarantee to each session."}]