This paper attempts to use a software architecture based on observer mode, establish cloud computing data centers by region, register computing resources to the registry, and take the registry as the system coordinator to ensure that all vehicles can always find the best computing resources in the registry. The process is that all cloud computation registers themselves to the register with their connect info and geographical area. All the intelligent connected should get cloud service information from the register and the point of vehicle can estimate the best cloud server. It ensures that all the intelligent connected vehicles can transfer data to best cloud computing data center get best network and computing services. so as to achieve a reasonable allocation of computing resources and ensure the real-time and stability of data processing.
In order to realize effective control of green procurement, manufacturing and recycling in the green supply chain of automobiles, an automotive green supply chain software architecture based on micro-service architecture is proposed. This architecture contains data acquisition technology , environmental compliance evaluation technology, hazardous materials and collectible materials collection and analysis technology. The system architecture splits the overall application of automotive green supply chain management into multiple services, and APIs are used for communication and collaboration between services. It has been proved by experiments that the micro-service-based automotive green supply chain software architecture can control, track, analyze and record information on automotive materials and components in real time, and give corresponding evaluation of environmental compliance, and label hazardous substances and recyclable materials. It solves the problems of material data information flow lag, low management efficiency, and inability to flexibly expand the system architecture in the green supply chain of automobiles, and provides an effective vehicle green supply chain management and analysis platform for automobile manufacturers.
It is of great significance on the industrial development that how to deal with the contradiction between plant’s diversity and plant’s fixed form. In this paper, taking the case of standard plant design of Da Huangshan mining subsidence standard, Xuzhou City, the modular design based on Simulation of Architectural Physical Environment so as to improve the indoor environmental quality of plant.
Although China's electricity market reform has achieved some results, it still not fully enter into the dispatch scheduling system. The new born technology blockchain has been widely realized, it also appeared many research in energy internet field and received some achievement. In this case, this paper attempted to introduce the blockchain to the generating and transmission scheduling system of dispatch scheduling, it make some theoretical analysis on blockchain application in dispatch scheduling fields. Firstly, it introduced the definition and characteristic of blockchain, and analyzed the technical framework of blockchain and some application scenarios. Secondly, it discussed the application feasibility of blockchain in generating and transmission scheduling system, and summarized the effect and problems may come out with blockchain. In the end, it expected and prospected the application of blockchain in generating and transmission scheduling system in dispatch scheduling fields. It also hope to attract some researchers attention to research the blockchain in dispatch scheduling field to give full play of the decentralization, transparency and traceability superiority of blockchain.
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