Title
An FPGA implementation of energy saving embedded system with multiple vision sensors
Abstract
In this paper we proposed a new energy saving system whose multiple switches are operated independently according to the regional movement detection in video stream. This system consists of embedded vision system and LED switching circuit, communicating each other through GPIO. Embedded vision system is implemented by 32 bit RISC processor, OpenRISC and peripherals - SDRAM, SSRAM, DMA, TFT-LCD, GPIO and CIS, etc. - connected on Wishbone on-chip bus. One bus structure is too busy to provide enough high speed transferring of image data from camera both to TFT-LCD and to the processor that is executing motion detecting program. So segmented bus structure is introduced to achieve higher performance. It is verified by simulation that the performance of segmented bus structure is more than two times better than one bus structure. The FPGA implementation confirms higher data transferring speed, suitable for a real-time video application.
Year
DOI
Venue
2011
10.1109/APCC.2011.6152938
APCC
Keywords
Field
DocType
dram chips,sram chips,computer vision,embedded systems,field programmable gate arrays,light emitting diodes,liquid crystal displays,reduced instruction set computing,thin film transistors,video streaming,cis,dma,fpga,gpio,led switching circuit,openrisc,risc processor,sdram,ssram,tft-lcd,embedded vision system,energy saving embedded system,multiple switches,multiple vision sensors,regional movement detection,segmented bus structure,video stream,wishbone on-chip bus,energy saving,openrisc processor,segmented bus,vision sensor,data transfer,design automation,light emitting diode,machine vision,switches,real time,vision system,image segmentation,embedded system
Wishbone,Computer science,OpenRISC,Real-time computing,Address bus,Local bus,Reduced instruction set computing,Back-side bus,Computer hardware,System bus,Embedded system,Control bus
Conference
ISSN
ISBN
Citations 
2163-0771
978-1-4577-0389-8
0
PageRank 
References 
Authors
0.34
1
8
Name
Order
Citations
PageRank
daitchul moon100.34
inhag park200.34
hyoungkie yun300.34
xu gang400.34
inkyu jang500.34
wookyung lee600.34
jaemin jang700.34
kiyoung jung800.34