“车联网技术”的兴起，大量传感技术得到应用，受无线传输设备与传感器体积限制，信息只能单向传递，缺少与被感知设备间交互。提出一种通过BOA技术远程感知交通设备中部件访问的双向交互技术，配合虚拟独立地址技术可以达到部件分组独立控制。这样BOA通过CAN总线集成可以对设备整体进行全部部件监控和更多的优化操作．达到更大范围内的远程参数获取与监控。最后，通过具有BOA技术的实例证明，此种技术可行。%The rise of the internet of vehicle （IoV）, a large number of sensor technology has been applied ,and because there are some limits that the wireless transmission device and the sensor size, information pass in only one-way, the lack of interaction with the be sensing equipment. It has been proposed that a two-way interactive technology for access the traffic equipment parts by the BOA remote sensing, the components grouping can be achieved independent control with the virtual independent address technology. In this way, BOA can monitor all parts in whole equipment and more optimization operating by integrated CAN-BUS, and reach for remote get 他 the parameter of the equipment and monitor it in a wider range. Finally, examples of the BOA technology show that the technical is feasible.
展开▼
