文章针对现代通信网络中的传输效率和能耗管理问题,提出一种基于同步数字体系(Synchronous Digital Hierarchy,SDH)技术的通信网络设计方案。通过分析网络传输需求,构建SDH通信网络性能指标体系,并引入传输性能改善指数作为通信需求标...文章针对现代通信网络中的传输效率和能耗管理问题,提出一种基于同步数字体系(Synchronous Digital Hierarchy,SDH)技术的通信网络设计方案。通过分析网络传输需求,构建SDH通信网络性能指标体系,并引入传输性能改善指数作为通信需求标准。结合SDH技术和链路状态协议,对网络通信链路进行建模,并采用动态地址分配协议实现动态节点配置和优化路由选择。实验结果表明,文章方法在节点能耗和传输时延方面均表现出显著优势,能够有效提升通信网络的整体性能。展开更多
A novel mechanism was specified by which a node in ad hoc network may autoconfigure an IP address which is unique throughout the mobile ad hoc network. This new algorithm imposes less and constant overhead and delay i...A novel mechanism was specified by which a node in ad hoc network may autoconfigure an IP address which is unique throughout the mobile ad hoc network. This new algorithm imposes less and constant overhead and delay in obtaining an IP address, and fully utilizes the available addresses space of an ad hoc network, and independent of the existing routing protocol, and less prone to security threats. Moreover, a new Join/Leave mechanism was proposed as an enhancement to the new IP address autoconfiguration algorithm, to support the overall operation of the existing routing protocol of wireless ad hoc networks.展开更多
介绍一种可用APB总线配置的I3C控制器IP的设计与验证,I3C(Improved Inter Integrated Circuit),即改进的I2C,是一种新型的串行通信模块,同样是用于SoC设计中的外围IP模块。与I2C相比,它支持新的通信模式、更高的通信速度(高达12.5 MHz)...介绍一种可用APB总线配置的I3C控制器IP的设计与验证,I3C(Improved Inter Integrated Circuit),即改进的I2C,是一种新型的串行通信模块,同样是用于SoC设计中的外围IP模块。与I2C相比,它支持新的通信模式、更高的通信速度(高达12.5 MHz)、动态地址分配,并带有内置中断(IBI)。这些特性使得I3C与I2C相比优势明显,未来大规模地普及和商用也是大势所趋。首先介绍I3C协议的基本原理和优势,然后详细描述I3C控制器的设计架构和功能模块,在设计完成后,对I3C控制器进行了功能验证并展示其验证结果,证明了所提出方法的有效性和可靠性。展开更多
文摘文章针对现代通信网络中的传输效率和能耗管理问题,提出一种基于同步数字体系(Synchronous Digital Hierarchy,SDH)技术的通信网络设计方案。通过分析网络传输需求,构建SDH通信网络性能指标体系,并引入传输性能改善指数作为通信需求标准。结合SDH技术和链路状态协议,对网络通信链路进行建模,并采用动态地址分配协议实现动态节点配置和优化路由选择。实验结果表明,文章方法在节点能耗和传输时延方面均表现出显著优势,能够有效提升通信网络的整体性能。
文摘A novel mechanism was specified by which a node in ad hoc network may autoconfigure an IP address which is unique throughout the mobile ad hoc network. This new algorithm imposes less and constant overhead and delay in obtaining an IP address, and fully utilizes the available addresses space of an ad hoc network, and independent of the existing routing protocol, and less prone to security threats. Moreover, a new Join/Leave mechanism was proposed as an enhancement to the new IP address autoconfiguration algorithm, to support the overall operation of the existing routing protocol of wireless ad hoc networks.
文摘介绍一种可用APB总线配置的I3C控制器IP的设计与验证,I3C(Improved Inter Integrated Circuit),即改进的I2C,是一种新型的串行通信模块,同样是用于SoC设计中的外围IP模块。与I2C相比,它支持新的通信模式、更高的通信速度(高达12.5 MHz)、动态地址分配,并带有内置中断(IBI)。这些特性使得I3C与I2C相比优势明显,未来大规模地普及和商用也是大势所趋。首先介绍I3C协议的基本原理和优势,然后详细描述I3C控制器的设计架构和功能模块,在设计完成后,对I3C控制器进行了功能验证并展示其验证结果,证明了所提出方法的有效性和可靠性。
