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首页> 外文期刊>IEEE Transactions on Computer-Aided Design of Integrated Circuits and Systems >An NoC Simulator That Supports Deflection Routing, GPU/CPU Integration, and Co-Simulation
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An NoC Simulator That Supports Deflection Routing, GPU/CPU Integration, and Co-Simulation

机译:支持偏转路由,GPU / CPU集成和协同仿真的NoC模拟器

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摘要

We present deflection routing network on chip simulator (DNOC), a network-on-chip simulator. DNOC is primarily a deflection routing simulator, it simulates custom network topologies with detailed deflection router models, and a basic virtual channel router. DNOC can generate various statistics, such as network latency and power. We evaluate the simulator in three typical use cases. In stand-alone simulation, synthetic traffic generators are used to offer load to the network. In synchronous co-simulation, the simulator is integrated as a module within a larger system simulator with synchronization every simulated cycle. In the faster model-based co-simulation mode, a latency model is built, and retuned periodically at longer time intervals. We demonstrate co-simulation by running applications from the Rodinia and SPLASH-2 benchmark sets on mesh variants. DNOC is also able to run on multicore processors, speeding up the simulation of large networks.
机译:我们介绍了偏转路由芯片上网络模拟器(DNOC),一种芯片上网络模拟器。 DNOC主要是一个偏转路由模拟器,它使用详细的偏转路由器模型和一个基本的虚拟通道路由器来模拟自定义网络拓扑。 DNOC可以生成各种统计信息,例如网络延迟和功耗。我们在三个典型的用例中评估模拟器。在独立模拟中,合成流量生成器用于为网络提供负载。在同步协同仿真中,仿真器作为模块集成在较大的系统仿真器中,每个仿真周期都同步。在基于模型的更快的协同仿真模式下,建立了延迟模型,并以较长的时间间隔定期对其进行了重新调整。我们通过在网格变体上运行Rodinia和SPLASH-2基准测试集的应用程序来演示协同仿真。 DNOC还能够在多核处理器上运行,从而加快了大型网络的仿真速度。

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