MONITORING SYSTEM PERSONNEL AND CARGO ON THE BASIS self-organizing WIRELESS NETWORK

摘要

The invention relates to the alarm area and can be used for remote monitoring of the state of stationary and mobile objects in the area of ​​wireless communication actions, namely, to protect the perimeters of facilities, monitoring of personnel and cargo in a controlled area, in the stationary objects monitoring systems, as well as during search and rescue operations in remote areas, in areas of emergencies, accidents, terrorist attacks and to normal operation, law enforcement officers nyh bodies and other power structures. The proposed system monitoring personnel and cargo using a self-organizing wireless network, particularly a self-organizing information exchange system using MEA MESH - technology comprises the combined single network wideband radio, a set of basic landline, including site-unit 1 processing and displaying information, site-block 2 radio access points, a set of site-control unit 3, a set of site-4 blocks of video containing wireless IP-video camera 6 also Stem comprises a mobile assembly comprising a module 5 controls made in the form of personal units constantly held by the owners of the monitoring object comprising a further LED indication of the charge condition of batteries, a set of power sources of electronic components, each monitoring device (block radio access point , control unit, a video control, control module) contains a radio modem that provides instant organization of broadband networks in public areas ie control and significant bandwidth wireless network monitoring systems. Technical essence of the proposed monitoring system is that the monitoring device (BR IOO MK) using the self-organizing network information MEA MESH technology exchange work as a router / repeater, i.e. each monitoring device has the opportunity due to the BTC, both directly and by "adjacent" device. This distributed structure significantly increases the resistance of the monitoring system to failure, as well as the overall throughput of a wireless network because the data packets are automatically routed by less loaded "paths" of information transmission. The system has integrity, is a mobile, rapidly deployable, has a quick and easy installation and configuration, and the union in a single system monitoring with automatic organization of virtual networks can significantly improve control of the movement of monitoring objects and create a fixed infrastructure, guaranteeing reliable mobile transmission of digital and video information on the whereabouts of monitoring objects in real time.