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In this paper, we propose a new 2.5D NoC architecture that uses a homogeneous network on one layer on top of a heterogeneous floorplanning layer. The purpose of this approach is to exploit the benefits of compact heterogeneous floorplans and regular mesh networks through an automated design space exploration procedure. A design methodology consisting of floorplanning and router assignment in a specifically...
Topology selection is an important issue for the design of network on chip systems. At present, typical application-specific NoC systems often integrate a number of heterogeneous components which have varied functions, sizes and communication requirements. Instead of regular topology networks which are not suitable for this sort of NoC systems, irregular mesh network is proposed and applied in NoC...
Network-on-Chips (NoCs) usually use regular mesh-based topologies. Regular mesh topologies are not always efficient because of power and area constraints which should be considered in designing system-on-chips. To overcome this problem, irregular mesh NoCs are used for which the design of routing algorithms is an important issue. This paper presents a novel routing algorithm for irregular mesh-based...
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