Timing Analysis of Distributed Real-time Control System using Response-time Analysis Tool
Choi Jaebum, Minsuk Shin, Myoungho Sunwoo, Han Seogyoung · Transactions of Korean Society of Automotive Engineers · 2005
The process of guaranteeing that a distributed real-time control system will meet its timing constraints, is referred to as schedulability analysis. However, schedulability analysis algorithm cannot be simply used to analyze the system because of complex calculations of algorithm. It is difficult for control engineer to understand the algorithm because it was developed in a software engineer's position. In this paper we introduce a Response-time Analysis Tool(RAT) which provides easy way far system designer to analyze the system by encapsulating calculation complexity. Based on the RAT, control engineer can verify whether all real-time tasks and messages in a system will be completed by their deadline in the system design phase.