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IIJEE:Volume 5, Issue 2, February 2017

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Title:
TRADITION SINGLE-PURPOSE EVENT PROCESSOR DESIGN: FOR LOW POWER WSN NODE
Author Name:
Mr. Bhavesh Pillay
Abstract:
ABSTRACT A basic processor consists of a controller and a data path. The datapath stores and manipulates a system’s data. The information within the case of WSN node is that the data noninheritable by the sensors of node when measurement the close conditions to be hold on, processed and compressed for transmission; controller is capable of moving data through datapath. The combinational and serial logic style techniques ar applied to build a controller and datapath for a customized singlepurpose event processor for WSN Node. Such custom designed single-purpose event processor leads to several advantages in terms of quicker performance, smaller size lower power consumption. WSN Node consists of sensors, a radio circuit a processor/microcontroller and some variety of power source. Event processor is custom designed, simulated, tested and implemented for single purpose application i.e. WSN Node using VHDL. Active HDL is used for simulation; to look at the varied trade offs of victimization general purpose versus single purpose processor to implement necessary WSN node practicality.
Cite this article:
Mr. Bhavesh Pillay , " TRADITION SINGLE-PURPOSE EVENT PROCESSOR DESIGN: FOR LOW POWER WSN NODE" , IPASJ INTERNATIONAL JOURNAL OF ELECTRICAL ENGINEERING (IIJEE) , Volume 5, Issue 2, February 2017 , pp. 013-017 , ISSN 2321-600X.
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