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PERFORMANCE AND AREA OVERHEAD OPTIMIZATION OF NETWORK-ON-CHIP ARCHITECTURE USING RECONFIGURABLE SWAPPING ROUTER TECHNIQUE
M.Thamarai Selvan, Dr.N.Pasupathy

Published in: International Journal of Current Engineering And Scientific Research ( IJCESR)
Volume- 4, Issue-11, pp.33-39, Nov 2017
DPI :-> 16.10046.IJCESR.2017.V4I11.3339.2173



Abstract
At present scenario transistor scaling uses step by step complex automatic plans to optimize integrated chip (IC) design. The expansive variety of transistors on hand today empowers the development of chip multiprocessors that contain several on-chips interconnects. For an instance network onchip (NoCs), have turned out to be significant mainstream and information in the network during end to end transmission depends on congestion control. Though several algorithms focused on network congestion we have concentrate on optimizing buffer through reconfigurable architecture. Though larger buffer improve the performance of the architecture which in turn consumes more area and delay. In this paper we recommend the utilization of a , switch, where the aid openings are powerfully distributed to construct switch productiveness in a NoC, even beneath as an alternative particular correspondence loads. In the proposed method, the profundity of every guide phrase utilized as part of the input channels of the switches can be reconfigured at run time. The reconfigurable transfer lets the proposed swapping method outperforms existing reconfigurable router design in terms of area overhead and timing constrain.

Key-Words / Index Term
NoC, integrated chip, reconfigurable swapping router,SoC.

How to cite this article
M.Thamarai Selvan, Dr.N.Pasupathy , “PERFORMANCE AND AREA OVERHEAD OPTIMIZATION OF NETWORK-ON-CHIP ARCHITECTURE USING RECONFIGURABLE SWAPPING ROUTER TECHNIQUE”, International Journal of Current Engineering And Scientific Research ( IJCESR), 4, Issue-11, pp.33-39, Nov 2017. DPI:16.10046.IJCESR.V4.I11.2173