| dc.description.abstract | Food Industry plays an important role in both national economy and health residents through many generations. Concern about food safety and characteristics of the food that the customer buys and eats every day increases day by day. Food safety hazard can contain hidden symptom and cause serious disease later or even death. This problem can damage tourism and trade, lead to joblessness and lawsuit, impose a burden on health-care system and reduce economic productivity.
In the food the industry, raw materials are transformed into finished products and go through many steps before reaching the customer channels. By applying the global network infrastructure of physical objects that comprise embedded technology to communication and cooperation, which is characterized as Internet of Things (IoT), is utilized in the food the industry to gain more accurate controlling and detect food poison to improve food quality. Follow the trend of advanced information and computer technology, a huge number of plants implement IoT in the diversity of production areas include cost, benefit, project, functionality, organization, competition, environmental, hardware, and software. Field devices, backbone system, communication infrastructure are three parts of IoT that distributed to the entire network system.
However, any network can have risks and need to determine to ensure a good fit of IoT application in the industrial environment. An unexpected mistake in the system can bring bad effects and damage to other parts during running time. Therefore, this study takes domain about Risk Management of Internet of Things to clarify any implicit endanger in each production area. Its issue is concerned to guarantee that production lines run smoothly in order to provide quality products for customers. Failure Mode Effect and Critical Analysis (FMECA) method, is considered to be a suitable methodology to apply to many industries, also can mitigate potential failures safety and reliability analysis in Food Industry. | en_US |