In order to solve near sea surface of laser communication atmospheric disturbance model parameters measurement experiment

aiming at synchronous acquisition and real time processing problem of visible light image and short wave infrared laser facula image

propose a system design based on field programmable gate array and multi-core digital signal processor architecture case. Films on an unit of 2 cameras are synchronized trigger

FPGA to realize image and data receiving

cache and pretreatment

multi-core DSP process visible light image and short wave infrared images separately according to certain strategy using different algorithms

the results of processing are sent to control computer for display and storage by PCI-e bus. The experimental results show that the system can realize 2-road

synchronous acquisition and real time processing of visible light and short wave infrared image with resolution of 208 × 200

frame frequency 500 Hz.