Abstract

As the consumption level and the living quality have increased considerably, e-commerce has been an important part of people's lives and the development of e-commerce enterprises are also more noticeable. Innovation is the key to e-commerce enterprises’ development. This paper proposes a method which refers to spatial concurrent force system can analyze dynamic system for e-commerce enterprises’ innovation and development. Lastly, this paper makes conclusions that the dynamic system for e-commerce enterprises’ innovation and development is a resultant force which is synthesized by each component force.

Highlights

  • Aiming at the problem of e-commerce enterprises’ innovation and development, many scholars from different aspects make the different studies

  • Some scholars researched on model innovation of e-commerce enterprises

  • This paper makes dynamic system divided into three segments, namely the automatic force subsystem, the environment force subsystem, the cultural force subsystem

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Summary

Introduction

Aiming at the problem of e-commerce enterprises’ innovation and development, many scholars from different aspects make the different studies. Some scholars research for innovation in all aspects of e-commerce enterprises operational processes. Wei Guochen (2015) proposed a new model of 3 PL and consumers carrying or third party distribution for the fresh products e-commerce enterprises logistics issues. This model can help the enterprises to concentrate on their core business and reduce logistic cost [2]. The authors obtain conclusions that the dynamic system of e-commerce enterprises’ innovation and development is the resultant effect of various factors together and can be researched further by force analysis

The Establishment of Dynamic System Model
The Dynamic Factors and the Roles of the Dynamic System
Analysis of Interaction Among Factors in the Automatic Force Subsystem
Analysis of Interaction Among Factors in the Cultural Force Subsystem
Analysis Based on the Spatial Concurrent Force System
Example Application of the Spatial Concurrent Force System
Conclusions
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