On-site detecting system based on sensor self-organization algorithm
A testing system and self-organizing technology, applied in transmission systems, electrical components, wireless communications, etc., can solve the problems of complex geometry, theoretical simulation results cannot replace field verification, and the influence of signal depletion is difficult to model, and it can be widely used. Foreground effect
Active Publication Date: 2015-06-24
无锡中斯盾科技有限公司
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However, the geometry of the actual environment is relatively complex, and it is difficult to model the impact of various buildings and objects in the environment on signal attenuation, so theoretical simulation results cannot replace field verification
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[0020] Refer to attached Figure 1~3 , the field inspection system based on the sensor self-organizing algorithm of the present invention includes a movable car 1 and a central console 2, and the mobile car 1 has a wireless communication network device, a gyroscope sensor, a WIFI module, and an embedded system that can run the self-organizing algorithm ; The central console is an embedded gateway with a display device; the mobile car 1 communicates with other mobile cars around through the wireless communication network equipment, and realizes the reasonable distribution of each mobile car in the field environment according to the self-organizing algorithm, and through The WIFI module transmits the position information of the mobile car measured by the gyroscope sensor on the mobile car to the central console 2; the central console 2 configures the self-organization algorithm of the mobile car 1 to start the self-organization process of the mobile car 1 Track and record the po...
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The invention relates to experiment equipment for assessing and selecting a sensor self-organization algorithm in a practical application scene, in a complex scene, the optimum sensor self-organization algorithm is detected on site, and the best self-organization scheme is selected. The system comprises a movable trolley and a center control table. Wireless communication network equipment, a gyroscope sensor, a WIFI module and an embedded system which can operate the self-organization algorithm are arranged on the movable trolley. The center control table is an embedded gateway with displaying equipment. In a complex environment, the system can detect various self-organization algorithms efficiently, the best algorithm is optimized for the practical environment, the best sensor self-organization scheme is provided, the shortcoming of a traditional analogy method is overcome, and wide application prospect is achieved in technology promotion of the Internet of Things.
Description
technical field [0001] The invention relates to an experimental device for evaluating and selecting a sensor self-organization algorithm in an actual application scene, which can test the most suitable sensor self-organization algorithm in a complex scene and select the best self-organization scheme. Background technique [0002] With the promotion of the Internet of Things technology, the application of self-organizing sensor networks is becoming more and more popular. Many complex environments need to realize the self-organization of sensor networks, but it is often difficult to judge which algorithm is most suitable for the current environment in practical applications, so it is impossible to choose the best sensor network. Organization. At present, the research on self-organizing algorithms for sensors often stays at the pure theoretical level, and can only realize the simulation of sensor self-organizing algorithms in simple geometric figures. However, the geometry of ...
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IPC IPC(8): H04W84/18
CPCH04L67/12H04W84/18
Inventor 刘全胜胡政孙晓艳
Owner 无锡中斯盾科技有限公司