Real-time deep space target track system based on SOPC

You Shi Ye; Lin Bo Tang; Bao Jun Zhao; Xiao Fang Cai

Real-time deep space target track system based on SOPC

You Shi Ye^*, Lin Bo Tang, Bao Jun Zhao, Xiao Fang Cai

^*Corresponding author for this work

School of Information and Electronics

Beijing Institute of Technology

Research output: Contribution to journal › Article › peer-review

3 Citations (Scopus)

Abstract

A real-time deep space target detecting and tracking system using a single FPGA based on SOPC is introduced. A dual CPUs system is built. One piece of CPU is used for target detecting and tracking, and another is used for communication and control. Both of them make the software and hardware design as an organic whole. The system uses custom instructions, user-defined logic, C2H and other hardware accelerate technologies, also combines fixed-point operations and floating-point operations to reduce hardware resources. The experiment result shows that the system perfectly meets the requirements of the real-time target detecting and tracking in deep space.

Original language	English
Pages (from-to)	3002-3006
Number of pages	5
Journal	Xi Tong Gong Cheng Yu Dian Zi Ji Shu/Systems Engineering and Electronics
Volume	31
Issue number	12
Publication status	Published - Dec 2009

Keywords

Deep space target detection
Dual CPU
Hardware accelerate
NIOS II
System on programmable chip

Cite this

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title = "Real-time deep space target track system based on SOPC",

abstract = "A real-time deep space target detecting and tracking system using a single FPGA based on SOPC is introduced. A dual CPUs system is built. One piece of CPU is used for target detecting and tracking, and another is used for communication and control. Both of them make the software and hardware design as an organic whole. The system uses custom instructions, user-defined logic, C2H and other hardware accelerate technologies, also combines fixed-point operations and floating-point operations to reduce hardware resources. The experiment result shows that the system perfectly meets the requirements of the real-time target detecting and tracking in deep space.",

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author = "Ye, {You Shi} and Tang, {Lin Bo} and Zhao, {Bao Jun} and Cai, {Xiao Fang}",

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language = "English",

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AU - Tang, Lin Bo

AU - Zhao, Bao Jun

AU - Cai, Xiao Fang

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N2 - A real-time deep space target detecting and tracking system using a single FPGA based on SOPC is introduced. A dual CPUs system is built. One piece of CPU is used for target detecting and tracking, and another is used for communication and control. Both of them make the software and hardware design as an organic whole. The system uses custom instructions, user-defined logic, C2H and other hardware accelerate technologies, also combines fixed-point operations and floating-point operations to reduce hardware resources. The experiment result shows that the system perfectly meets the requirements of the real-time target detecting and tracking in deep space.

AB - A real-time deep space target detecting and tracking system using a single FPGA based on SOPC is introduced. A dual CPUs system is built. One piece of CPU is used for target detecting and tracking, and another is used for communication and control. Both of them make the software and hardware design as an organic whole. The system uses custom instructions, user-defined logic, C2H and other hardware accelerate technologies, also combines fixed-point operations and floating-point operations to reduce hardware resources. The experiment result shows that the system perfectly meets the requirements of the real-time target detecting and tracking in deep space.

KW - Deep space target detection

KW - Dual CPU

KW - Hardware accelerate

KW - NIOS II

KW - System on programmable chip

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Real-time deep space target track system based on SOPC

Abstract

Keywords

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