The traditional measuring method is incapable of meeting requirements of increasing measuring work due to the development of artificial intelligence and big data technologies. A novel development concept of the intelligent measuring was proposed in this paper to conquer drawbacks, such as lacking of intelligent relevance, possessing the only one kind of measuring method, low efficiency and accuracy in measuring data processing, of the traditional measuring equipment facing the challenges of complex environment and diverse objects of measurement. Intelligent unmanned system composed of technologies of internet of things, wireless sensor network and radio frequency are applied to aviation, land, ocean and other occasions, which makes automatic data collection and long-distance transmission done by remote equipment’s teamwork come true. Based on the cloud computing technology, tasks receiving, data processing and publishing, and data authorizing were conducted by the service center. The present work demonstrates some results obtained by the only one kind of the current measuring method. Further, theory of some technologies and methods was introduced and importance of intelligent unmanned system on the development of intelligent measurement. The current research work provides some suggestions of help on development of intelligent unmanned equipment and progress of measuring technologies.
In order to meet the increasing workload demands of geographical conditions monitoring, solve the problems of traditional monitoring equipment such as unable to intelligent connection each other,single monitoring, complex monitoring environment, various types of monitoring objects, unreasonable allocation of monitoring tasks, the higher and higher processing efficiency and precision monitoring data, this paper proposes an integrated intelligent monitoring platform for the operation of the dispatching service center with the cloud server as the brain, and land, sea, aviation and thematic as the service limbs. It uses the Internet of things technology, wireless sensor networks technology, and radio frequency technology to realize the cooperation between the devices to complete automatic data collection and automatic remote transmission. The service center, based on cloud computing, makes intelligent control, decisions, and completes tasks such as planning, allocation, data processing, data publishing, and platform authorization. In this paper, some achievements of single monitoring method are presented, and some technical principles are introduced. Some Suggestions will be provided for future intelligent monitoring by the research of this platform.
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