| Summary: | 碩士 === 中原大學 === 企業管理研究所 === 105 === With the rapid development of smart cars, smart car is considering as top priority for people in purchasing a car. According to IEK research in 2005, the most impotant thing for the development of smart car is Advanced Driver Assistance Systems which demand is gradually rising every year in the regional market. Therefore, many well-known traditional car manufacurers such as BMW、Benz、Toyota、Tesla are concerning about the related technic of smart car and even IT industry leader Google and Apple plan to form a cross-industry alliance with car manyfacurers to catch up with the trend. Google and Apple hope to find Smart car new product in the direction of development and create their own smart car to seize the high potential smart car market.
With the development of smart car so far, smart car has already achieve in Semi-automatic driving car by using the Advanced Driver Assistance Systems. To explore the future development and the evolution of the smart car, this reseach takes Theory of Inventive Problem Solving as the main tool and using Nine Windows Method and Trends of Evolution in the theoty and in-depth interview with automotive manufacturers to deeply understand the thought of automotive industry.
This research got the relevant information for future development of smart car by using interview with automotive manufacturers. By Nine Windows Method and Trends of Evolution, we found that smart car will drive in automatic in the future. The main reason is that the rise of people''s awareness of safety, the popularity of Advanced Driver Assistance Systems and the well-developed skill of Internet of Vehicle and Induction identification. These three factors are the impotant dirction for car manyfacurers to develop new product in the automaiton trends. Furthermore, developing the smart car need to collaborate with money, technic research and development team and government. Through the combination of these three resources, it would help the Internet of Vehicle and Advanced Driver Assistance Systems become more advanced and widespread. When these systems can be widespread quipped with each smart car, it is able to easily accept for consumers to drive smart car and here comes automatic unmanned generation.
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