Method, device and system for controlling intelligent terminals with Android operating system
An Android operating system, intelligent terminal technology, applied in program control devices, transmission systems, program control design, etc., can solve problems such as increased test costs, low efficiency, and large manpower maintenance investment.
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[0098] The system has a MasterServer and two SlaveServers, named SlaveServer1 and SlaveServer2 respectively, deployed in the LAN environment of the same network segment, with IP addresses IP0, IP1, and IP2 respectively, and each of the two SlaveServers is connected to 6 Android smart terminal devices. Take the process of SlaveServer1 and SlaveServer2 starting and registering with the MasterServer and the user controlling all intelligent terminal networking operations through instructions as an example.
[0099] Specifically, after SlaveServer1 is started, it first enumerates the connected smart terminal devices on the slave server. It is assumed that two of the 6 connected smart terminal devices have duplicate control serial numbers, and their models are Model_A and Model_B respectively. Assume that the original serial numbers of the 6 devices are as shown in the table below:
[0100] Model_A
[0101] Further, the terminal device connection control module will reset ...
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