物联网(internet of things,IoT)是目前通信技术行业发展的重要趋势,为世界的信息产业带来了第三次信息浪潮。在物联网发展中,射频识别(radio frequency identification,RFID)是其核心技术,RFID技术的市场需求和发展前景是不可估量的。...物联网(internet of things,IoT)是目前通信技术行业发展的重要趋势,为世界的信息产业带来了第三次信息浪潮。在物联网发展中,射频识别(radio frequency identification,RFID)是其核心技术,RFID技术的市场需求和发展前景是不可估量的。在RFID技术中,核心部件是阅读器,而运用SoC设计方法实现了单芯片系统该部件的主流实现方案。文中采用开源MC8051软核,实现了基于ISO/IEC 18000-6C协议的RFID阅读器SOC系统的软硬件协同设计。其中,软件部分完成系统的控制以及协议命令的处理,而硬件部分实现了包括数据发送和接收的基带通信链路。在设计的SOC中,MC8051处理器还连接了外部RAM,并通过WISHBONE总线与自定义的通信链路模块接口互连。最终,系统在Modelsim下进行了软硬件的仿真验证。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
文摘物联网(internet of things,IoT)是目前通信技术行业发展的重要趋势,为世界的信息产业带来了第三次信息浪潮。在物联网发展中,射频识别(radio frequency identification,RFID)是其核心技术,RFID技术的市场需求和发展前景是不可估量的。在RFID技术中,核心部件是阅读器,而运用SoC设计方法实现了单芯片系统该部件的主流实现方案。文中采用开源MC8051软核,实现了基于ISO/IEC 18000-6C协议的RFID阅读器SOC系统的软硬件协同设计。其中,软件部分完成系统的控制以及协议命令的处理,而硬件部分实现了包括数据发送和接收的基带通信链路。在设计的SOC中,MC8051处理器还连接了外部RAM,并通过WISHBONE总线与自定义的通信链路模块接口互连。最终,系统在Modelsim下进行了软硬件的仿真验证。
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.
