Abstract—This paper is an analysis of the Graphical User Interface (GUI) system to design, build, and test the Smart Hybrid Powerpack (SHP) system. The SHP is an electro-hydraulic system combined with advanced technologies, such as a remote control, a fault tolerance, and an intelligent control. A GUI system that can perform monitoring and control function is vital for a remote control of SHP. CAN-USB converting and socket enables each GUI can control and monitor SHP system. End users can take appropriate actions by monitoring data that shows state of SHP system, so the users can manage and change a control mode or an emergency stop in a manual mode. A remote control through using Mobile GUI builds an Internet of Things (IoT) structure for the SHP system. This GUI program can be verified by testing for the prototype machine.
 

Index Terms—Smart Hybrid Powerpack (SHP), Graphic User Interface (GUI), CAN communication, socket communication

Cite: Hyeon Woo Kim, Buchun Song, Iksu Choi, Sungsik Jo, Subong Cho, and Hunmo Kim, "Design of Graphic User Interface for Smart Hybrid Powerpack System with IoT Technology," International Journal of Electronics and Electrical Engineering, Vol. 4, No. 4, pp. 335-340, August 2016. doi: 10.18178/ijeee.4.4.335-340