BS ISO/IEC 15149-2:2015为带内网络建立了一个系统，无线网络和 功率传输和数据传输在同一频段同时进行。信息技术 为远程和一致的电源以及稳定的网络提供技术解决方案。就本国际标准而言，系统的设计基于所述原则 在ISO/IEC 15149（磁场区域网络）中。通过这种方式，它有望在未来取得优势 控制设备，同时管理向请求的多个设备的无线电源传输。重点是 物理和媒体访问控制层协议；它不会讨论上层的问题 协议。PHY和MAC层一起必须能够执行以下任务: 数据 传输、信号控制、无线功率传输。本国际标准适用于各种情况和环境，但预计 在以下特定用例中表现出色:移动电话:为便携式设备提供无处不在的充电环境；家用电器:允许不受限制地放置电器，消除电线电缆 和电源插头。媒体访问控制层协议的设计范围如下:可变超帧结构，用于向多个设备无线传输功率；简单有效的网络拓扑，实现高效的无线功率传输；动态地址分配，在多个设备之间实现高效分时。物理层协议的设计范围如下: 一个频段，用于无线功率传输和磁场通信；简单而稳健的调制，低成本实现，误差最小化；用于动态充电环境的可变编码和带宽。交叉引用:ISO/IEC 15149-1:2014购买本文件时可获得的所有现行修订均包含在购买本文件中。

BS ISO/IEC 15149-2:2015 establishes a system for an in-band network, from which both wireless power transfer and data transmission are carried out simultaneously at the same frequency band. It provides technical solution for a remote and consistent power supply, along with a stable network.For the purpose of this International Standard, the system is designed based on the principles described in ISO/IEC 15149 (Magnetic Field Area Network). In this way, it is expected to achieve superiority in control of devices, while managing wireless power transfer to multiple devices in request. The focus is on the physical and media access control layer protocol; it will not discuss matters on the upper layer protocols. As together, the PHY and MAC layers have to be able to carry out the following tasks: data transmission, signal control, wireless power transfer.This International Standard is applicable in various situations and environments, but is expected to perform excellently in the following certain use cases:mobile phones: provide ubiquitous charging environments for portable devices;home appliances: allow unrestrained placement of appliances with the elimination of wire cables and plugs for power supply.The media access control layer protocol is designed for the following scope:variable superframe structure for wireless power transfer to multiple devices;simple and effective network topology for efficient wireless power transfer;dynamic address assignment for efficient timesharing among multiple devices.The physical layer protocol is designed for the following scope:one frequency band for both wireless power transfer and magnetic field communication;simple and robust modulation for low-cost implementation and minimized margin of error;variable coding and bandwidth for dynamic charging environment.Cross References:ISO/IEC 15149-1:2014All current amendments available at time of purchase are included with the purchase of this document.