Applying the IoT(Internet of Things) and Cloud Computing to the Intergrated Diversification Cloud Platform Using Smart Cities related Applications for Example
碩士 === 樹德科技大學 === 資訊工程系碩士班 === 104 === With the rapid advancements in wireless technology, mobile communications and related services, and cloud related technologies and internet applications becoming matured in the recent years, creating new innovations and emerging new technologies with integrated...
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ndltd-TW-104STU053920302019-05-15T23:01:18Z http://ndltd.ncl.edu.tw/handle/mexk9d Applying the IoT(Internet of Things) and Cloud Computing to the Intergrated Diversification Cloud Platform Using Smart Cities related Applications for Example 物聯網與雲端運算應用於多元開放式雲平台建置之探討以智慧城市相關應用為例 Ying-Chieh Chang 張英傑 張英傑 碩士 樹德科技大學 資訊工程系碩士班 104 With the rapid advancements in wireless technology, mobile communications and related services, and cloud related technologies and internet applications becoming matured in the recent years, creating new innovations and emerging new technologies with integrated applications and services have helped to couple our daily lives closer together and enhance out living environment. Those new and innovative technologies with integrated applications and services not only just focused in the fields of ICT (ICT, Information and new technology development Communication technology), but also included new business models and service models, such as B2B,B2C,O2O,and sharing economy. Combining the rapid growth of Cloud Platform Services and IoT (Internet of Things) technologies, and through WSN (Wireless Sensor Network) devices for interconnected cross-communication and data messaging transport, the collected and gathering of the real-time data can be processed by the cloud service platform for performing big data analysis through artificial intelligence logics and machine learning algorithms. Such data processing hierarchy can be applied to real-life applications and usage scenarios for home automation, home security, health care, remote monitoring, environmental detection, power monitoring and other integrated applications and services. In addition to the integrated service platform, the applications can further to expand into smart agriculture, public transportation services, smart campus, disaster prevention, tele-medicine, intelligence community, wisdom factory and other large data repository. Consequently, all those new and innovative applications and services are all to make people''s lives more convenient and ultimately, as the vision in the future of smart living. This article is to discuss the plan for building an open cloud platform integrating the applications of smart home, remote care, intelligence community, wisdom, factories, public building intelligence services, and other fields in relation to the smart living applications. The diversification of different applications, including networking applications, can further expand to Smart City applications for providing new methods of city management. And simultaneously, combining with additional technological innovations, the open cloud platform can create more diversified networking products and applications, resulting a growth in business opportunities and economy to Taiwan ICT industry. Smart city cloud platform build, with the use of ICT resources, will help to establish the optimal living environment, and increase the interaction between the city and the people. By integrating of big data and analysis results, and provide them as integrated applications and services, the ultimate goal of a smart city is to expect to bring efficiency and optimization in the process of systems of services, and to achieve higher public satisfaction from the people. Yu-Chang Chen 陳毓璋 陳毓璋 2016 學位論文 ; thesis 92 zh-TW |
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碩士 === 樹德科技大學 === 資訊工程系碩士班 === 104 === With the rapid advancements in wireless technology, mobile communications and related services, and cloud related technologies and internet applications becoming matured in the recent years, creating new innovations and emerging new technologies with integrated applications and services have helped to couple our daily lives closer together and enhance out living environment. Those new and innovative technologies with integrated applications and services not only just focused in the fields of ICT (ICT, Information and new technology development Communication technology), but also included new business models and service models, such as B2B,B2C,O2O,and sharing economy.
Combining the rapid growth of Cloud Platform Services and IoT (Internet of Things) technologies, and through WSN (Wireless Sensor Network) devices for interconnected cross-communication and data messaging transport, the collected and gathering of the real-time data can be processed by the cloud service platform for performing big data analysis through artificial intelligence logics and machine learning algorithms. Such data processing hierarchy can be applied to real-life applications and usage scenarios for home automation, home security, health care, remote monitoring, environmental detection, power monitoring and other integrated applications and services. In addition to the integrated service platform, the applications can further to expand into smart agriculture, public transportation services, smart campus, disaster prevention, tele-medicine, intelligence community, wisdom factory and other large data repository. Consequently, all those new and innovative applications and services are all to make people''s lives more convenient and ultimately, as the vision in the future of smart living.
This article is to discuss the plan for building an open cloud platform integrating the applications of smart home, remote care, intelligence community, wisdom, factories, public building intelligence services, and other fields in relation to the smart living applications. The diversification of different applications, including networking applications, can further expand to Smart City applications for providing new methods of city management. And simultaneously, combining with additional technological innovations, the open cloud platform can create more diversified networking products and applications, resulting a growth in business opportunities and economy to Taiwan ICT industry.
Smart city cloud platform build, with the use of ICT resources, will help to establish the optimal living environment, and increase the interaction between the city and the people. By integrating of big data and analysis results, and provide them as integrated applications and services, the ultimate goal of a smart city is to expect to bring efficiency and optimization in the process of systems of services, and to achieve higher public satisfaction from the people.
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author2 |
Yu-Chang Chen 陳毓璋 |
author_facet |
Yu-Chang Chen 陳毓璋 Ying-Chieh Chang 張英傑 張英傑 |
author |
Ying-Chieh Chang 張英傑 張英傑 |
spellingShingle |
Ying-Chieh Chang 張英傑 張英傑 Applying the IoT(Internet of Things) and Cloud Computing to the Intergrated Diversification Cloud Platform Using Smart Cities related Applications for Example |
author_sort |
Ying-Chieh Chang 張英傑 |
title |
Applying the IoT(Internet of Things) and Cloud Computing to the Intergrated Diversification Cloud Platform Using Smart Cities related Applications for Example |
title_short |
Applying the IoT(Internet of Things) and Cloud Computing to the Intergrated Diversification Cloud Platform Using Smart Cities related Applications for Example |
title_full |
Applying the IoT(Internet of Things) and Cloud Computing to the Intergrated Diversification Cloud Platform Using Smart Cities related Applications for Example |
title_fullStr |
Applying the IoT(Internet of Things) and Cloud Computing to the Intergrated Diversification Cloud Platform Using Smart Cities related Applications for Example |
title_full_unstemmed |
Applying the IoT(Internet of Things) and Cloud Computing to the Intergrated Diversification Cloud Platform Using Smart Cities related Applications for Example |
title_sort |
applying the iot(internet of things) and cloud computing to the intergrated diversification cloud platform using smart cities related applications for example |
publishDate |
2016 |
url |
http://ndltd.ncl.edu.tw/handle/mexk9d |
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