Geant4-based particle therapy simulation framework for verification of dose distributions in proton therapy facilities

Abstract

Through analysis on the applications of Internet of Things (IOT), geographical information detection and positioning as well as mobile communication technology in modern logistic technologies, this paper provides solution on mobile logistic geographical information detection and positioning from aspects of logistic IOT information perception and visual management. Logistic Geographical Information Detecting Unified Information System is the integrated geographical information positioning service platform formed by mobile telecom technology, IOT Radio Frequency Identification (RFID), Global Positioning System (GPS) and perception technology, it is capable of logistic information realtime perception. By combination of RFID technology and telecom mobile devices, through Internet, IOT network and mobile telecom network, taking advantage of API programmable interface technical specification of Geolocation for World Wide Web Consortium (W3C), the system specifically carries out development on browser interface detecting program of GPS, WIFI, GSM/GPRS mobile devices, in order to achieve mobile logistic visual control management. The tests of converged application of the system shows, the design of Logistic Geographical Information Detecting Unified Information System Based on Internet of Things is feasible.