短期密集授課-ET5924701電子工程專論(四)1學分開放報名
各位同學,
本系擬於12/11(一)-12/16(六)開授英文短期密集課程：ET5924701電子工程專論(四)，1學分。課程資料如下。有意選修者，請於12/8(五)前填妥後附之報名表請指導教授簽名後繳至EE201給廖翊如小姐或掃瞄回傳。謝謝！
Dear students,
Our department intends to open an intensive short-term course. The course description is as follows:
[Course Code & Name] ET5924701電子工程專論(四) (Special Topics on Electronic Engineering (4))
[Title] Optical Wireless Communications System
[Instructor] Professor Hoa Le Minh, Northumbria University, UK
[Class dates]
11th Dec, 12th Dec, 14th Dec, 15th Dec (Monday, Tuesday, Thursday, Friday)6th 7th 8th 9th class, and 16th Dec (Saturday)5th 6th class
[Credit] 1 [Course language] English (on site)
Short Description: 留言
This course provides students with the main concepts of optical wireless communications (OWC) and the background knowledge to develop a OWC system for both indoor and outdoor applications.
Course Description:
Topics covered in this course include OWC landscape overview, fundamental for visible light communications and for infrared communications, light sources, direct line of sight and diffuse transmission channel, receiver, system and subsystem performance, physical security and OWC applications. This course also teaches skills necessary for students to design an OWC system.
Outcomes:
- Students understand and are able to follow the state-of-the-art OWC technology.
- Students understand and are able to explain basic OWC concepts.
- Students are able to work in teams to design an OWC system.
Requirements
13-hour lecture and tutorials, 2-hour teamwork, and 3 hour assessment (group presentation)
Evaluation
One oral group assessment (100 pts):
-
- Group presentation report (Wed afternoon 13th Dec)
- Group final presentation (Thu morning 14th Dec)
Lecture Program Unit
|
Date |
Topic |
Sub-topic |
Learning Outcomes |
|
Mon 11th 9:00-11:00
|
Lecture on OWC fundamental and indoor Visible Light Communications (VLC) |
OWC concept, system and sub-systems, light sources, indoor VLC channel gain |
Students are able to understand the concept of OWC and indoor VLC |
|
Mon 11th 13:00-15:00
|
Tutorial of indoor VLC system design |
Design of basic indoor VLC systems |
Students are able to understand how a basic indoor VLC system can be designed and calculated |
|
Tue 12th 9:00-11:00
|
Lecture on indoor Visible Light Communications (continued) |
Line of sight and diffused VLC channels, receiver, system performance |
Students are able to understand the VLC subsystem design and evaluate their performances. |
|
Tue 12th 13:00-15:00
|
Tutorial of advanced indoor VLC system design |
Design of Lambertian LED based indoor VLC systems |
Students are able to understand how Lambertian LED-based indoor VLC system can be designed and calculated |
|
Thu 14th 9:00-11:00
|
Lecturer on OWC fundamental and outdoor Free Space Optical Wireless Communications (FSO) |
FSO concept, subsystems, outdoor atmospheric channel conditions, system performance |
Students are able to understand the concept of outdoor FSO, understand their sub-systems and can develop a complete system. |
|
Thu 14th 13:00-15:00
|
Tutorial of Outdoor FSO system design |
Design of outdoor FSO systems under different atmospheric channel conditions |
Students are able to understand how an outdoor FSO system can be designed and calculated under adverse channel conditions |
|
Fri 15th 9:00-11:00
|
Lecture on indoor VLC and outdoor FSO applications |
System analysis, MIMO, Physical security, smartphone VLC, optical camera communications and future 6G-and-beyond network |
Students are able to apply the learning OWC knowledge in different applications |
|
Fri 15th 13:00-15:00
|
Review |
Revision of OWC, VLC and FSO |
Students engage review, quiz, discussion to reflect their learning. There is opportunity to ask questions on the assessment |
|
Sat 15th 9:00-11:00
|
Final presentation |
Group oral presentation |
Students have the opportunities to present their study and involve in discussion to demonstrate their system development. |
112.12.06-Hoa Le Minh - Teaching plan v1- NTUST Dec2023.docx