Wireless monitoring and data transmission research of environmental automatic monitoring points through identification
2018-04-16 02:00:11
China Instrument Network Instrument Research and Development On January 12, 2017, the Ministry of Science and Technology of Qinghai Province organized an expert on the remote wireless control of the automatic monitoring point of the plateau environment hosted by Chen Chao, associate professor of the School of Physics and Electronic Information Engineering of Qinghai University for Nationalities. And Data Transfer Study (Project Number: 2014-HZ-821) for final acceptance and results appraisal.
The project aimed at the wireless communication physical layer information security technology, wireless sensor network data fusion security mechanism, 0.6GHZ-2.14GHZ broadband power amplifier temperature reliability, the Internet of things, timing acquisition storage and non-real-time transmission. The application of active RFID RF wake-up technology to the low power consumption of wireless sensor network nodes reduces the power consumption of the sensor nodes in the system; it adopts hybrid multi-transport mode (ZIGBEE, WIFI, TCP/IP) wireless hybrid transmission technology and MODBUS remote inversion control technology has developed a wireless transmission and control system for monitoring points based on ZIGBEE and MODBUS.
After listening to reports and reviewing relevant data, the experts participating in the meeting have been questioned and discussed and have unanimously determined that the research results of the project have reached the domestic advanced level.
(Original title: Qinghai International Science and Technology Cooperation Project hosted by Prof. Chen Chao, Qinghai University for Nationalities, successfully concluded)
The project aimed at the wireless communication physical layer information security technology, wireless sensor network data fusion security mechanism, 0.6GHZ-2.14GHZ broadband power amplifier temperature reliability, the Internet of things, timing acquisition storage and non-real-time transmission. The application of active RFID RF wake-up technology to the low power consumption of wireless sensor network nodes reduces the power consumption of the sensor nodes in the system; it adopts hybrid multi-transport mode (ZIGBEE, WIFI, TCP/IP) wireless hybrid transmission technology and MODBUS remote inversion control technology has developed a wireless transmission and control system for monitoring points based on ZIGBEE and MODBUS.
After listening to reports and reviewing relevant data, the experts participating in the meeting have been questioned and discussed and have unanimously determined that the research results of the project have reached the domestic advanced level.
(Original title: Qinghai International Science and Technology Cooperation Project hosted by Prof. Chen Chao, Qinghai University for Nationalities, successfully concluded)