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首页> 外文期刊>Journal of Governance and Regulation >TECHNOLOGICAL DEVELOPMENT IN AUTOMOTIVE INDUSTRY AND TRANSFORMATION IN CORPORATE GOVERNANCE SYSTEM
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TECHNOLOGICAL DEVELOPMENT IN AUTOMOTIVE INDUSTRY AND TRANSFORMATION IN CORPORATE GOVERNANCE SYSTEM

机译:汽车工业的技术发展与公司治理体系的转变

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This study aims to understand how governance change is triggered by cybernetics issues, such as the development of automotive navigation systems in German, Japanese and US automotive industry. Six points are discussed for the central question which are 1) GDP Trends for Manufacturing Activities, 2) Organizational Structure for Supply Chain Management (SCM), 3) Viewpoint related to Internet of Things (IoT) usability, 4) National IoT planning, 5) Definition of IoT, 6) Developing Navigation Systems. At first, the trend in manufacturing activity reveals two different trends: a downward trend in Japan and the USA, and a stable trend in Germany. We see several possible reasons for this difference; first, the “smiling curve concept” is applied to visualize the difference. And the organizational structure of SCM is concerned such as “Keiretsu” in Japan, “Konzern” in Germany and the “Anglo-American” model. Then, this paper addresses how the unique organizational features of SCM might react to the technological developments in the automotive industry such as autonomous driving, which has shaken the core of the industry. For this gradual change, the IoT technology is necessary. IoT means the progress of certain embedded system, which adds a network function into it. The embedded system for automobile orientation on a map (hardware and software) has to be upgraded with the network function. These technological developments could influence their corporate governance system. Then, the discussion matrix is formed for the six points, which are discussed in this paper and reveal the boundaries between Japan, Germany and the US. According to Beer, the societary maps (the cybernetic maps) are required for this structural progress to find the right way to go. Finally, we think a dynamic industrial movement is ensured by keeping fair competition, which ensures diversity as well as technological development. It could be the last resort to protect our “Designing Freedom”.
机译:这项研究旨在了解控制论如何由控制论问题引发的,例如德国,日本和美国汽车工业中汽车导航系统的发展。为中心问题讨论了六个要点:1)制造活动的GDP趋势; 2)供应链管理(SCM)的组织结构; 3)与物联网(IoT)可用性相关的观点; 4)国家物联网规划; 5 )物联网的定义,6)开发导航系统。首先,制造业活动的趋势揭示了两个不同的趋势:日本和美国的下降趋势以及德国的稳定趋势。我们看到造成这种差异的几种可能原因;首先,应用“微笑曲线概念”来可视化差异。 SCM的组织结构受到关注,例如日本的“ Keiretsu”,德国的“ Konzern”和“英美”模式。然后,本文探讨了SCM独特的组织特征如何对汽车行业的技术发展(如自动驾驶)做出反应,这已经动摇了行业的核心。对于这种逐渐的变化,IoT技术是必需的。物联网意味着某些嵌入式系统的发展,并为其增加了网络功能。必须使用网络功能来升级用于在地图上定向汽车的嵌入式系统(硬件和软件)。这些技术发展可能会影响其公司治理体系。然后,形成了六个要点的讨论矩阵,本文对此进行了讨论,并揭示了日本,德国和美国之间的边界。根据比尔所说,要取得正确的发展道路,就需要社会地图(控制论地图)。最后,我们认为,通过保持公平竞争来确保动态的工业运动,从而确保多样性以及技术发展。这可能是保护我们的“设计自由”的最后手段。

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