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Additional info for Designing 2D and 3D Network-on-Chip Architectures

Sample text

The outcome from topology synthesis is either a regular or an irregular NoC topology. , mesh and torus). However, in case such a topology is applied to a heterogeneous MPSoCs, the derived communication scheme usually exhibits poor performance and large power/area overheads due to the nonoptimal utilization of interconnection resources. In order to overcome this limitation, customized NoC topologies can also be generated. 5 Topology Synthesis 41 shapes, as compared to previously mentioned regular topologies, they result to superior performance in terms of various design parameters under identical performance requirements [39].

Both number of hotspot nodes M, as well as their fraction ρ are user-defined parameters. A variant of this scheme selects different hotspots for each source. Burst-Mode: This traffic distribution assumes that all the packets are sent according to a fixed packet generation rate, whereas at the stable state, there is no traffic between nodes for a predefined amount of time. Both of these time periods are tunable by the designer in order to study different utilization of network architecture. Such a type of traffic is suitable for emulating typical burst modes generated from real cores.

However, since they do not represent traffic from real-life applications, they cannot be employed for accurate design-space exploration, whenever an application-specific NoC platform has to be designed. Apart from the traffic modeling, tools that enable traffic generation are also important during the exploration phase. Due to the importance of this task, up to now numerous traffic generators have been proposed [12–16]. In Brebner and Levi [17], a traffic generator is introduced that supports both uniform and burst mode distributions.

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