Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The Network-on-Chip (NoC) plays a crucial role in designing low cost chip multiprocessors (CMPs) as the number of cores on a chip keeps increasing. Hover, buffers in NoC routers increase the cost of CMPs in terms of both area and por. Recently, bufferless routers have been proposed to reduce such costs by removing buffers from the routers. Hover, bufferless routers can provide competitive performance only when network utilization is moderate. ,  propose a novel heterogeneous design that employs both buffered and bufferless routers in the same NoC to achieve high performance at low cost.  evaluate a variety of plans to place buffered and bufferless routers in an NoC based CMP according to performance requirements and por allowances. In order to take full advantage of these heterogeneous NoCs,  also propose novel strategies for buffered-router-aware application thread mapping and a routing algorithm (once the router placement is fixed). Our evaluations show that, by utilizing the techniques  proposed, a heterogeneous NoC does not only achieve performance comparable to that of the NoCs with buffered routers but also reduces buffer costs and energy consumption.
['Hui Zhao', 'Mahmut T. Kandemir', 'Wei Ding', 'Mary Jane Irwin']
I am writing a research paper on a idea Exploring heterogeneous NoC design space
[{"from": "human", "value": "I am writing a research paper on a idea Exploring heterogeneous NoC design space"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The Network-on-Chip (NoC) plays a crucial role in designing low cost chip multiprocessors (CMPs) as the number of cores on a chip keeps increasing. Hover, buffers in NoC routers increase the cost of CMPs in terms of both area and por. Recently, bufferless routers have been proposed to reduce such costs by removing buffers from the routers. Hover, bufferless routers can provide competitive performance only when network utilization is moderate. ,  propose a novel heterogeneous design that employs both buffered and bufferless routers in the same NoC to achieve high performance at low cost.  evaluate a variety of plans to place buffered and bufferless routers in an NoC based CMP according to performance requirements and por allowances. In order to take full advantage of these heterogeneous NoCs,  also propose novel strategies for buffered-router-aware application thread mapping and a routing algorithm (once the router placement is fixed). Our evaluations show that, by utilizing the techniques  proposed, a heterogeneous NoC does not only achieve performance comparable to that of the NoCs with buffered routers but also reduces buffer costs and energy consumption."}]