2010Unpublished venueRequires access

Design of color night vision system based on Nios II

Xuesong Chen, Xu Wang, Jun Hu, Hou Zhen-Long, Feng Chun-ji

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Abstract

The design to Altera's FPGA chips EP2C35F484C8 Cyclone ┚ series as the core development platform, design and implement of a hardware circuit, Introduced a development platform for the design of each circuit module. The hardware platform combined with Altera's Nios ┚ processor enables analog video signal acquisition, processing, video transmission and recovery. Experimental results show that the system low power consumption, gray image processing is better color, real-time strong.

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What this paper is about

The design to Altera's FPGA chips EP2C35F484C8 Cyclone ┚ series as the core development platform, design and implement of a hardware circuit, Introduced a development platform for the design of each circuit module. The hardware platform combined with Altera's Nios ┚ processor enables analog video signal acquisition, processing, video transmission and recovery. Experimental results show that the system low power consumption, gray image processing is better color, real-time strong.

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Available abstract

The design to Altera's FPGA chips EP2C35F484C8 Cyclone ┚ series as the core development platform, design and implement of a hardware circuit, Introduced a development platform for the design of each circuit module. The hardware platform combined with Altera's Nios ┚ processor enables analog video signal acquisition, processing, video transmission and recovery. Experimental results show that the system low power consumption, gray image processing is better color, real-time strong.

Key concepts: Field-programmable gate array, Computer science, Nios II, Computer hardware, Embedded system, Cyclone (programming language), Power consumption, Power (physics)

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