本課程旨在導引學生熟悉類比通訊系統設計與無線感測網路建置之實務環境，同時深入了解雜訊對類比通訊系統的效能影響程度，俾提昇學生在無線通訊系統設計實務之專業素養。藉由本課程，學生將會學到類比通訊系統的設計技術及Matlab模擬軟體的使用技巧。

This course aims to familiarize students with the practical environment of analog communication system design and wireless sensor network construction, and at the same time provide a deep understanding of the impact of noise on the performance of analog communication systems, so as to enhance students' professional quality in wireless communication system design practice. Through this course, students will learn the design technology of analog communication systems and the use skills of Matlab simulation software.

此實驗課程內容涵蓋三個部份:第一部份提供類比通訊系統設計的方法，包括訊號之頻譜分析、類比調變及解調變技術、取樣定理及脈波調變及解調變技術等；第二部份藉由學理推導與Matlab模擬軟體，探討雜訊對類比通訊系統效能的影響；在本課程的最後階段，學生需使用提供的無線感測套件建構無線感測網路之環境，並使得無線感測器之間能夠成功地進行資料傳輸，以達到學以致用之目的。

The content of this experimental course covers three parts: the first part provides the methods of analog communication system design, including signal spectrum analysis, analog modulation and demodulation technology, sampling theorem and pulse wave modulation and demodulation technology, etc.; the second part uses theoretical derivation and Matlab simulation software to explore the impact of noise on the performance of analog communication systems; in the final stage of this course, students need to use the provided wireless sensing kit to construct a wireless sensing network environment and enable successful data transmission between wireless sensors to achieve the purpose of applying what they have learned.

1. 自編教材
2. 教育部資通訊科技人才培育先導型計畫提供教材

1. Self-compiled teaching materials
2. The Ministry of Education’s ICT talent training pilot program provides teaching materials