为了创建通过中低端智能设备与计算机间近距离无线交互应用,提出了MagicCube移动解决方案.该方案包括MagicCube Mobile Framework和iXion Mobile Service两个组成部分.前者提供了一种中低端智能设备与计算机间近距离无线交互框架,并为...为了创建通过中低端智能设备与计算机间近距离无线交互应用,提出了MagicCube移动解决方案.该方案包括MagicCube Mobile Framework和iXion Mobile Service两个组成部分.前者提供了一种中低端智能设备与计算机间近距离无线交互框架,并为开发人员提供近似.NETWinForm的开发环境.后者则是建立在前者和Web service之上的丰富客户端服务,可以将远程HTTP服务转化成基于Magic Cube Mobile Framework的近距离交互服务.该方案扩展了Microsoft.NET Framework在近距离无线交互方面的无缝计算能力,并在企业级Web应用服务与近距离无线交互应用服务间架起了桥梁.实验证明,可以为移动商务、家庭娱乐等带来全新的体验.展开更多
Meter Data Collection Building Area Network(MDCBAN) deployed in high rises is playing an increasingly important role in wireless multi-hop smart grid meter data collection. Recently, increasingly numerous application ...Meter Data Collection Building Area Network(MDCBAN) deployed in high rises is playing an increasingly important role in wireless multi-hop smart grid meter data collection. Recently, increasingly numerous application layer data traffic makes MDCBAN be facing serious communication pressure. In addition, large density of meter data collection devices scattered in the limited geographical space of high rises results in obvious communication interference. To solve these problems, a traffic scheduling mechanism based on interference avoidance for meter data collection in MDCBAN is proposed. Firstly, the characteristics of network topology are analyzed and the corresponding traffic distribution model is proposed. Next, a wireless multi-channel selection scheme for different Floor Gateways and a single-channel time unit assignment scheme for data collection devices in the same Floor Network are proposed to avoid interference. At last, a data balanced traffic scheduling algorithm is proposed. Simulation results show that balanced traffic distribution and highly efficient and reliable data transmission can be achieved on the basis of effective interference avoidance between data collection devices.展开更多
文摘为了创建通过中低端智能设备与计算机间近距离无线交互应用,提出了MagicCube移动解决方案.该方案包括MagicCube Mobile Framework和iXion Mobile Service两个组成部分.前者提供了一种中低端智能设备与计算机间近距离无线交互框架,并为开发人员提供近似.NETWinForm的开发环境.后者则是建立在前者和Web service之上的丰富客户端服务,可以将远程HTTP服务转化成基于Magic Cube Mobile Framework的近距离交互服务.该方案扩展了Microsoft.NET Framework在近距离无线交互方面的无缝计算能力,并在企业级Web应用服务与近距离无线交互应用服务间架起了桥梁.实验证明,可以为移动商务、家庭娱乐等带来全新的体验.
基金supported by the National Science and Technology Support Program of China (2015BAG10B01)the National Science Foundation of China under Grant No. 61232016, No.U1405254the PAPD fund
文摘Meter Data Collection Building Area Network(MDCBAN) deployed in high rises is playing an increasingly important role in wireless multi-hop smart grid meter data collection. Recently, increasingly numerous application layer data traffic makes MDCBAN be facing serious communication pressure. In addition, large density of meter data collection devices scattered in the limited geographical space of high rises results in obvious communication interference. To solve these problems, a traffic scheduling mechanism based on interference avoidance for meter data collection in MDCBAN is proposed. Firstly, the characteristics of network topology are analyzed and the corresponding traffic distribution model is proposed. Next, a wireless multi-channel selection scheme for different Floor Gateways and a single-channel time unit assignment scheme for data collection devices in the same Floor Network are proposed to avoid interference. At last, a data balanced traffic scheduling algorithm is proposed. Simulation results show that balanced traffic distribution and highly efficient and reliable data transmission can be achieved on the basis of effective interference avoidance between data collection devices.
