CAJ | 학술논문

探讨了一种多模块拼接型长线列红外双波段图像实时传输系统的原理、结构和特点.针对红外成像探测系统的要求,设计了一种基于 FPGA 的红外双波段图像实时传输方案,并采用 Aurora 8B/10B 协议和 PCI Express(PCI-E)协议实现.实验结果表明,该方案能很好地解决拼接型长线列红外双波段图像的实时传输问题,为下一步图像融合、目标探测提供前提保证.
탐토료일충다모괴병접형장선렬홍외쌍파단도상실시전수계통적원리、결구화특점.침대홍외성상탐측계통적요구,설계료일충기우 FPGA 적홍외쌍파단도상실시전수방안,병채용 Aurora 8B/10B 협의화 PCI Express(PCI-E)협의실현.실험결과표명,해방안능흔호지해결병접형장선렬홍외쌍파단도상적실시전수문제,위하일보도상융합、목표탐측제공전제보증.
The principle, architecture and feature of multi-module splicing long linear infrared dual-band image transmission system have been discussed. Aiming at the application requirement of infrared imaging detecting system, a new method for infrared dual-band image transmission has been proposed based on FPGA, which is also realized by using Aurora 8B/10B and PCI Express(PCI-E)protocols. The experimental results indicate that the system can be used to transmitting the infrared dual-band real-time image reliably, which is promising for the further image fusion and target detection.