智慧物聯網是結合了物聯網的分散式感測，以及人工智慧的自我調適優化的新一代物聯網應用。在本課程中，我們將介紹與智慧物聯網相關的軟硬體控制平台、智慧感測器、通訊網路、通訊協定、雲端計算與邊緣計算…等相關資訊平台技術。此外，我們也將介紹運用於智慧物聯網系統中的 AI 演算法、大數據分析、與 AI chatbot…等相關技術。由於智慧交通、智慧運輸及自駕車是智慧物聯網領域的重要應用，本課程在介紹上述智慧物聯網相關核心技術時，均會以智慧交通及自駕車相關應用作為範例，來連貫上述智慧物聯網相關技術的課程主軸。最後，我們也會詳細介紹智慧物聯網目前在智慧行車行為領域及自駕車領域的實際應用，並輔以上述領域相關的實驗課程，讓學生透過實際動手操作，對上述領域的技術能有更具體的掌握。Smart Internet of Things is a new generation of Internet of Things applications that combines the distributed sensing of the Internet of Things and the self-adaptation and optimization of artificial intelligence. In this course, we will introduce related information platform technologies such as software and hardware control platforms, smart sensors, communication networks, communication protocols, cloud computing and edge computing related to the smart Internet of Things. In addition, we will also introduce related technologies such as AI algorithms, big data analysis, and AI chatbot used in smart IoT systems. Since smart transportation, smart transportation and self-driving cars are important applications in the field of smart IoT, when this course introduces the above-mentioned core technologies related to smart IoT, it will use smart transportation and self-driving related applications as examples to connect the above-mentioned smart IoT. Curriculum focus on related technologies. Finally, we will also introduce in detail the current practical applications of the smart Internet of Things in the field of smart driving behavior and self-driving cars, supplemented by experimental courses related to the above fields, so that students can have a more concrete understanding of the technologies in the above fields through practical hands-on operations. mastery.
自編教材
Self-edited teaching materials
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 課堂參與課堂參與 class participation |
10 | |
| 期中考期中考 midterm exam |
20 | |
| 期末考期末考 final exam |
15 | |
| 實驗與作業實驗與作業 Experiments and Assignments |
30 | |
| 期末專題期末專題 Final topic |
25 |
