Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Considers the following simple communication channel model: an error-free bit pipe leading to a buffer modeled by a single-server queue whose "packets" or "customers" are single bits. If the service rate is /spl mu/ bits/sec, common wisdom would indicate that the Shannon capacity of this communication link is /spl mu/ bits/sec. As  show in this paper, that intuition is wrong: the ansr is actually higher than /spl mu/ bits/sec. How could  possibly transmit information at a rate faster than the service rate? After all, overdriving the queue with an arrival rate higher than p will not do, as the queue will become unstable and its output rate will not be higher than /spl mu/. The capacity is higher than /spl mu/ because information can be encoded into the arrival epochs. A simpler and more fundamental problem, namely the Shannon capacity of the single-server queue, is also considered. >
['Venkat Anantharam', 'Sergio Verdu']
I am writing a research paper on a idea Bits through queues
[{"from": "human", "value": "I am writing a research paper on a idea Bits through queues"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Considers the following simple communication channel model: an error-free bit pipe leading to a buffer modeled by a single-server queue whose \"packets\" or \"customers\" are single bits. If the service rate is /spl mu/ bits/sec, common wisdom would indicate that the Shannon capacity of this communication link is /spl mu/ bits/sec. As  show in this paper, that intuition is wrong: the ansr is actually higher than /spl mu/ bits/sec. How could  possibly transmit information at a rate faster than the service rate? After all, overdriving the queue with an arrival rate higher than p will not do, as the queue will become unstable and its output rate will not be higher than /spl mu/. The capacity is higher than /spl mu/ because information can be encoded into the arrival epochs. A simpler and more fundamental problem, namely the Shannon capacity of the single-server queue, is also considered. >"}]