This paper analyzes the current situation of the data submission and statistical analysis of dangerous goods transported by civil aviation in China. The data submission and statistical analysis took preliminary shape based on the development and change in 2016. Due to the lack of time, data amount and concentration and penalty regulations, further supervision and publicity, timely amendments of regulations and system functions, and increase of information integration and data mining are needed.
The supply chain in the military is not only vital in the perspective of rough conditions and rules, but it also is important since human life is on the front line. Thus, this research was focused on the food supply chain, as it is one of the crucial requirements for a well-functioning military as an optimization of 360 days (1 year) production (menu) plan. Outcomes for this study are the minimum cost of raw material order quantity and one-year production (menu) plan. Two goals are considered, which include minimizing the total cost of the supply chain and the variety of planned dishes. One hundred dishes are distributed among 360 days according to calorie, carbohydrate, fat and protein needs and the result of these selected dishes determines the optimum order quantities of 107 raw materials for preparation as a cost. The problem was considered for a battalion (400 men). This problem was solved with a genetic algorithm in MATLAB R2012a.
During the last ten years, the business environment has become complex and turbulent. Companies should thus innovate in order to gain competitive advantage. By proposing new IT innovations or adopting new ways to use existing IT innovations, firms are able to sense customers' needs and to design rapidly new products and services. In this article, an original framework is proposed. It links IT innovations and company's sustainable performance and highlights the intermediary role of firm's organizational agility. An inductive/deductive methodology was adopted by formulating general findings and a research question based on observations of both large corporate and SMEs in banking and telecommunications sectors.
This paper gives a research on O2O intelligent community platform of Fangzhuang, Beijing, through building a model based on American customer satisfaction index(ACSI). SEM(structural equation model) is used to analysis users' satisfaction on this platform, aiming to discover the mechanism that impacts users' satisfaction and continuous satisfaction. The results show that platform security and using perception are major factors of satisfaction, and the build of intelligent community should improve community service in various sides.
Internet-of-Things (IoT) has recently been the biggest innovation, which promises to enhance our daily life and activities through intelligent sensors and smart devices working together. With Internet protocol connectivity, these devices can be connected to the Internet which allow users to control, read and manage them from anywhere at any given time. As security is one of the main concerns in IoT, this work proposes and implements a secure IoT framework using TLS/SSL protocol. To develop the proposed framework, we have programmed the sensors through Arduino board and uploaded the sensory data into the cloud storage for accessing to the connected devices in a smart home. The experimental results show the outcome of the online monitoring and analysis of sensory data remotely stored in the cloud.
