Learn the fundamentals of digital communication systems, exploring how mobile phones and WiFi networks transmit information through shared physical channels.
Learn the fundamentals of digital communication systems, exploring how mobile phones and WiFi networks transmit information through shared physical channels.
Master the engineering principles behind modern digital communication systems in this comprehensive course. Explore how multiple transmitters share physical channels, understand system design tradeoffs, and develop practical solutions for effective information transmission. Through interactive exercises, you'll gain hands-on experience with fundamental concepts derived from MIT's renowned digital communication systems curriculum.
Instructors:
English
English
What you'll learn
Learn how multiple transmitters effectively share physical channels
Understand engineering tools used in digital communications system design
Master the tradeoffs involved in communication system development
Develop practical solutions for communication challenges
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
Shareable certificate
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Module Description
This course explores the fundamental concepts of digital communication systems, focusing on how multiple transmitters can share the same physical channel. Students learn about point-to-point communication links, channel sharing mechanisms, and network-based information transmission. The curriculum combines theoretical understanding with practical applications through interactive exercises. Based on MIT's course 6.02 Digital Communication Systems, it provides essential knowledge for understanding modern communication technologies like mobile phones and WiFi systems.
Fee Structure
Instructors
3 Courses
Distinguished Scholar Advancing Bio-Inspired Engineering and Neuromorphic Systems
Bertram E. Shi is a Professor in the Department of Electronic and Computer Engineering at the Hong Kong University of Science and Technology, where he has served since 1994. His academic journey includes BS and MS degrees from Stanford University and a PhD from UC Berkeley in Electrical Engineering. As Special Advisor to the Vice-President for Research and Development since 2023, Shi has demonstrated exceptional leadership through various roles, including Acting Dean of Engineering and Head of the ECE Department. His research spans neuromorphic engineering, computational neuroscience, and human-machine interfaces, with particular emphasis on facial expressions and eye movement analysis. Shi's contributions earned him IEEE Fellowship in 2001, making him one of the youngest elected fellows. He currently directs the HKUST Center for Aging Science and serves as Associate Director of the HKUST-HKSI Joint Institute on Sports Science and Technology. His work bridges technology and human behavior understanding, leading to collaborations across all four schools of the university. Beyond research, Shi has held visiting positions at MIT and the University of Pennsylvania, while actively serving the IEEE community as a Distinguished Lecturer and technical committee chair.
3 Courses
Distinguished Engineering Educator Advancing Wireless Communications and Teaching Innovation
Shenghui Song is an Assistant Professor in the Division of Integrative Systems & Design and Department of Electronic & Computer Engineering at HKUST, where he has served since 2009. His research spans wireless communications, machine learning with focus on distributed intelligence, integrated sensing and communication, and engineering education. Song's excellence in teaching has been widely recognized through multiple prestigious awards, including the Michael G. Gale Medal for Distinguished Teaching (2018), Best Ten Lecturers (2017), the School of Engineering Distinguished Teaching Award (2012), and the Teachers I Like Award. He received his PhD in Electrical Engineering from City University of Hong Kong and has since made significant contributions to both research and education, particularly in areas such as federated learning, wireless communications, and innovative teaching methods. His work has been extensively published in leading journals, and he actively contributes to the academic community through his role as an educator and researcher, bridging the gap between theoretical concepts and practical applications in engineering education.
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Frequently asked questions
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