A real-time remote control architecture using mobile communication
Chin E. Lin, Chih-Ching Li, An Sang Hou, Chih-Chen Wu · IEEE Transactions on Instrumentation and Measurement · 2003
This paper presents a new development of mobile communication for application to remote data transmission and control. The concept of G/sup 3/, including global positioning system, global system for mobile (GSM), and geographic information system, is proposed. In this paper, a GSM real-time control system for data uplink and downlink remote terminals is considered. The proposed system can be implemented on a PC-based or a /spl mu/P-based to integrate into G/sup 3/ configuration. This paper presents the system design and implementation with practical data verification. The proposed GSM real-time control system has accomplished a very reliable two-way point-to-point uplink and downlink data transmission within a 0.6-s time delay.