光纤通道——音频视频协议(Fibre Channel protocol for Audio-Video,简称FC-AV)是一个高速数字视频传输协议,以其低开销、高带宽、低延迟、高可靠性、远距离传输、无电磁干扰等特点被广泛应用于航电系统中数字视频的无损实时传输。航...光纤通道——音频视频协议(Fibre Channel protocol for Audio-Video,简称FC-AV)是一个高速数字视频传输协议,以其低开销、高带宽、低延迟、高可靠性、远距离传输、无电磁干扰等特点被广泛应用于航电系统中数字视频的无损实时传输。航电系统中往往需要多种视频格式,每种视频格式都有不同的帧速率、分辨率、像素密度、帧/场格式,FC-AV协议为满足这种需求,定义了不同的视频格式在光纤通道上统一的映射标准。文中首先对FC-AV协议进行概述,在此基础上分析了FC-AV协议的应用背景及应用需求,给出了协议实现的体系结构以及关键技术,为FC-AV协议软硬件实现提出了有效的解决方案。展开更多
The authors will focus on the study of the design of Multiprocessor Systems on Chip （MPSoC）, specifically in the context of improving the performance of applications located on the MPSoC architecture. The objective ...The authors will focus on the study of the design of Multiprocessor Systems on Chip （MPSoC）, specifically in the context of improving the performance of applications located on the MPSoC architecture. The objective of this research is to study the problems of transition from a pure software implementation for an embodiment admitting one or more hardware components and to develop a methodology for automatic generation of migration of a software task into a hardware component in MPSoC. The transformation of a software task into a hardware task led to many changes, hardware part （connection, the requirement of an interrupt controller...）, software part （at least one task, I/O （I/O）, synchronization...） and an architectural point of view, the remarkable aspects of data storage. The experiment is done on the MJPEG decoder to illustrate the effectiveness of the authors＇ tool for automatic generation of migration.展开更多
文摘光纤通道——音频视频协议(Fibre Channel protocol for Audio-Video,简称FC-AV)是一个高速数字视频传输协议,以其低开销、高带宽、低延迟、高可靠性、远距离传输、无电磁干扰等特点被广泛应用于航电系统中数字视频的无损实时传输。航电系统中往往需要多种视频格式,每种视频格式都有不同的帧速率、分辨率、像素密度、帧/场格式,FC-AV协议为满足这种需求,定义了不同的视频格式在光纤通道上统一的映射标准。文中首先对FC-AV协议进行概述,在此基础上分析了FC-AV协议的应用背景及应用需求,给出了协议实现的体系结构以及关键技术,为FC-AV协议软硬件实现提出了有效的解决方案。
文摘The authors will focus on the study of the design of Multiprocessor Systems on Chip （MPSoC）, specifically in the context of improving the performance of applications located on the MPSoC architecture. The objective of this research is to study the problems of transition from a pure software implementation for an embodiment admitting one or more hardware components and to develop a methodology for automatic generation of migration of a software task into a hardware component in MPSoC. The transformation of a software task into a hardware task led to many changes, hardware part （connection, the requirement of an interrupt controller...）, software part （at least one task, I/O （I/O）, synchronization...） and an architectural point of view, the remarkable aspects of data storage. The experiment is done on the MJPEG decoder to illustrate the effectiveness of the authors＇ tool for automatic generation of migration.
