Performance Test and Algorithm Design of Kinematics Electronic Platform Based on Nonlinear Fitting Algorithm

Abstract:

With the continuous expansion of internet shopping, e-commerce platform is also increasing, which also contains a large number of sports consumer e-commerce platform. This paper introduces the concept of RBV into the sports consumer e-commerce platform, and optimizes the design of the platform by using nonlinear fitting principle, finally obtains the basic structure of sports consumption e-commerce platform. In order to verify the validity and reliability of the platform, this paper uses Rebuild function of VC software to debug platform algorithm. Through calculation it is found that the nonlinear fitting algorithm designed in this paper is more stable than the general algorithm, and its stability is above 90%, which is accord with the design requirements. It provides a new computer method for the studying sports consumption.

• Periodical: Applied Mechanics and Materials (Volumes 602-605)
• Pages: 3306-3310
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.602-605.3306
• Online since: August 2014
• Authors: Shu Juan Ying*
• Keywords: Algorithm Debugging, Electronic Commerce, Nonlinear Fittness, RBV Theory, Sports Consumption, VC Programming

References

[1] Gong Huazhang. The enterprise group financial management - China Petroleum Financial Management and reform practice of [M]. Economic science press, 2010: 34-45.

[2] Wang Yu. The strategic change and the research of performance under the driving of enterprise external environment [M]. Southwestern University of Finance and Economics press, 2010: 56-67.

[3] Zheng Yu. Modern enterprise management - theory, method and application [M]. Tsinghua University press, 2011: 16-28.

[4] Gao Chen, Tang Lianggu. Interactive budget: a new mechanism for dealing with strategic uncertainty and integrating management control - based on the case study of Tianjin FAW Toyota Corporation [J]. Accounting, 2010(9): 51-58.

[5] Cao Linfeng, Zhang Zhaotai, He Haijun. Research on budget management control function [J]. Accounting monthly, 2010(12): 3-6.

[6] Niu Ligang, Chen Zan. Comprehensive benefit evaluation and application of civil airport construction project [J]. Qinghai science and technology, 2012(5): 79-83.

[7] Wang Yufeng. Social evaluation and method of the civil airport construction project [D]. The Civil Aviation University of China, 2011: 2-15.

[8] Tai Xiaohong, Wang Yonghua. Development of our engineering project integration management [J]. Shanxi architecture, 2010, 3(2): 220-221.

[9] Chen Yongqiang. Large construction project integrated management [J]. Journal of Tianjin University (SOCIAL SCIENCE EDITION), 2012, 4(3): 202-205.

[10] Wang Jing. Practice and research of large airport construction project management mode [D]. Chang An University, 2010: 2-16.

[11] Chen Weigang. Project organization management strategy of Guangzhou Baiyun International Airport relocation project headquarters [J]. Sichuan building materials, 2011, 6(2): 211-214.

[12] Ren Zhitao, Wang Shiwei. The integration management of construction project and process integration management [J]. Construction, 2010, 3(16): 61-62.