E-Commerce Supply Chain Process Optimization Based on Whole-Process Sharing of Internet of Things Identification Technology

With in-depth development of the Internet of Things(IoT)in various industries,the informatization process of various industries has also entered the fast lane.This article aims to solve the supply chain process problem in e-commerce,focusing on the specific application of Internet of Things technology in e-commerce.Warehousing logistics is an important link in today’s e-commerce transactions.This article proposes a distributed analysis method for RFID-based e-commerce warehousing process optimization and an e-commerce supply chain management process based on Internet of Things technology.This article first introduces the advantages and disadvantages of shared IoT identification technology and the IoT resource sharing platform based on the three-layer abstract data model and representational state transfer(REST)style.Combining actual IoT applications and the characteristics of an existing platform,a REST-based IoT resource sharing platform is proposed.Combined with actual projects,a REST-based IoT resource sharing platform was built,and key technology experiments were conducted for verification.Finally,optimizing the e-commerce supply chain management process under Internet of Things technology and explaining the advantages of optimized e-commerce supply chain management are discussed.Research on this subject provides a theoretical basis for the application of the Internet of Things in e-commerce and has practical significance and practical value for managing service capabilities and service levels in e-commerce.

IC Design of Motor Ignitor

On the basis of analysing traditional motor ignitor,a new motor ignitor design with precise ignition angle control,consistency and low cost is proposed. Techniques of low pertinence to process and power supply are introduced to promote its stability,reliability and unity. This circuit is implemented with a standard CMOS technology with perfect electric static discharge(ESD) design and can work under a broad range of power supply from 3 V^5 V with a quiescent current less than 2 mA and can be widely used in motor with a displacement of 125 ml and below.

Rural Industry and Its Social Foundation in the Integrated Urban-Rural Development Process:A Case Study of Processing in Remote Villages under the Jurisdiction of City L,Zhejiang Province

Rural industry provides an important basis for rural revitalization, and its development can promote urban-rural integration. Rural China has long had complex and diverse rural industries whose existence and development is founded on rural society. Complex and varied rural industries have long existed in rural China, where local society provides the social foundation for their existence and development. One example is the processing of supplied materials or putting-out system(lailiao jiagong 来料加工) in remote rural areas under the jurisdiction of City L, Zhejiang. In recent years, industries in the developed areas of Zhejiang have expanded to remote villages through processing to order, driving the growth of rural industries in remote areas. The processing of supplied materials is a link in the global production chain. Flexible decentralized processing links surplus rural labor in remote areas to the vast global market. The industry’s production process is deeply embedded in local society;interpersonal relationships and social ethics facilitate production management, forming a social foundation for the development of rural industry. Social ethics in these areas takes the particular operational form of sensitive cultivation of personal relationships or 'human feelings.' The processing of supplied materials has shaped the distinctive character of rural development and provides a route for social transformation. To implement the strategy of rural revitalization, besides provision of land, finance and industrial policy, China needs to handle the social foundation of rural areas rationally, make full use of rural social resources and stimulate endogenous motivation in rural society.

Analytical bi-level multi-local-world complex network model on fresh agricultural products supply chain

Lately,in some regions and seasons in China,urban consumers have paid high in buying fresh agricultural products while farmers get unreasonable income from producing them.To seek the reason for the phenomenon and explore ways to simulate it,this study constructed and implemented a complex network model named the Bi-Level Multi-Local-World(BI-MLW model)with characteristics of an interdependent coupling relationship between its participants.To verify the validity of the model,this study implemented an experimental simulation under Small Decentralized Operation Mode(SDOM)and Large Centralized Operation Mode(LCOM)scenarios using Cucurbita pepo and Cucumber in the Tianjin area of China as sample empirical products.Results indicate that nodes do not increase edges rapidly which reflects that even large firms in agricultural business cannot occupy markets fleetly.Furthermore,under the SDOM scenario the BI-MLW model exposes scale-free features with a small average degree value and low average clustering coefficient,while under the LCOM scenario,the model displays a rising average clustering coefficient and a lowered average path length.Both of which are consistent with the common view in literature and features of reality.Thus,the BI-MLW model specially designed for fresh agricultural products supply chain can improve the descriptive ability than conventional Erdös-Rényi(ER),Barabási-Albert(BA),Bianconi-Barabási(BB)network models.