Design and Implementation of Z-Wave Sniffer on TI-CC1125 Transceiver

Ali Kareem Abdulrazzaq
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Abstract

This paper proposed a new smart home master control system based on Z-wave network and the TI-CC1125 transceiver. The smart home system includes lighting system, security system, smoke sensors, environment control and other equipment which are connected to a wireless communication network. Instead of having a specific controller for each system, in this paper we suggest having a master controller that monitor all systems status via sniffing their transceiver signals.  Z-wave is the selected communication technology for this research. The Texas instrument lower power consumption transceiver (TI-CC1125) is used for this purpose in the sniffer mode of operation. Smart RF Studio 7 and the Code Composer Studio (CCS), both produced by Texas Instrument, are used for programming the Transceiver. The sniffed packets are displayed by the on-board LCD screen as well as the on PC application over UART interface, which can be processed later for a specific function.
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TI-CC1125收发器上z波嗅探器的设计与实现
本文提出了一种基于Z-wave网络和TI-CC1125收发器的新型智能家居主控系统。智能家居系统包括照明系统、安防系统、烟雾传感器、环境控制等设备,这些设备连接到无线通信网络。在本文中,我们建议使用一个主控制器,通过嗅探它们的收发器信号来监视所有系统的状态,而不是为每个系统设置一个特定的控制器。Z-wave是本研究选择的通信技术。德州仪器低功耗收发器(TI-CC1125)在嗅探器操作模式下用于此目的。智能射频工作室7和代码编写工作室(CCS),都是由德州仪器生产的,用于编程收发器。嗅探到的数据包通过车载LCD屏幕显示,也可以通过UART接口显示在PC上的应用程序上,可以稍后处理用于特定功能。
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