Abstract: The quality safety traceability of agricultural products has play important role in governmental law, food industry management strategies, and consumers. Literature reviews show that the research goal of quality safety traceability has transferred from the theoretical reference to the decision support, research methods from simple analysis to system integrated modeling. But there is few works done by the researchers in China. The paper describe to develop a set of efficient and practical system modeling methods for the quality safety traceability integrated Petri nets, FMECA, with fuzzy probability, theory of evidence. The framework supposes to make a breakthrough progress at the system integrated modeling methods for the quality safety traceability to improve reusability and sharing from the theory perspective, to enhance the practical problems solution, and improve the efficiency and decision-making quality for fast orientation and forward warning in quality safety traceability.

Brief Biography of the Speaker:
Dr. ZHANG Xiaoshuan: is an associate Professor in China Agricultural University, Deputy Director of CITA(center of information technology and management in agriculture). He received his PhD degree in Information Management & information system. He is an expert in agriculture/food/Aquaculture supply chain management & quality safety traceability system, e-business and IS/IT application in agribusiness. He has good scientific backgrounds and research experience in UK. He has fulfilled successfully 6 research projects in fishery supply chain & information management. Now as the coordinator, he is running an EU FP6 project, a NSFC project and Sino-Romanian S&T Cooperation relevant to the aquaculture quality safety & traceability.