Campus Create Co, Ltd will hold the first Global Innovation Online Business Matching Seminar on Feb 22, 2022, titled “Korea and Taiwan’s Latest Semiconductor Technology Research”, to introduce the power semiconductor technology and nano-sensing technology from overseas universities in Korea and Taiwan.
We are waiting for your participation.
【Date・Time】
Feb 22, 2022(Tues.) 14:00～16:30(Japan Time)
Online seminar via ZOOM
Free to register
↓↓
https://us02web.zoom.us/webinar/register/WN_6F7hvv8xRNySpH6_UgAinQ
【Program】
14:00～14:10 Opening Remarks from Organizer Campus Create Co., Ltd
14:10～14:15 Greeting from Co-Organizers
Global Integration of Business Co., Ltd
Korea Science and Technology Innovation Center
14:15～14:45 Crystal Growth of Wide-bandgap Materials for Power Device Application
Prof. Won-Jae Lee, Korean Dong-Eui University
14:45～15:15 Can Si nanotechnology realize electronic sensing of biological viruses?
Prof. Hiroshi Watanabe, National Yang-Ming Chiao-Tung University
15:15～15:20 Break time (5 mins)
15:20～15:50 Firewall of Things
Prof. Hiroshi Watanabe, National Yang-Ming Chiao-Tung University
15:50～16:20 Baum: Innovation in System-on-Chip Power Analysis
Prof. Youngsoo Shin, KAIST
16:20～16:30 Closing Remarks
【Speech Introduction 】
- Speech
Speech Title: Crystal Growth of Wide-bandgap Materials for Power Device Application
Speaker: Prof. Won-Jae Lee, Korean Dong-Eui University
Abstract:
The commercialization items of system using SiC power device has been continuously increased and expanded for the last few decades. The current research and development status of SiC and Ga2O3 of my research group would be briefly introduced in this presentation.
- Speech
Speech Title: Can Si nanotechnology realize electronic sensing of biological viruses?
Speaker: Prof. Hiroshi Watanabe, National Yang-Ming Chiao-Tung University
Abstract:
Electronic sensing of biological virus, which was barely noticed before COVID-19, is a promising technology topic and is a kind of IoT sensors. By deploying those sensors in town or in people’s living environments, the infection status of virus can be detected in time and the results can be automatically transmitted to AI for future use. Therefore, it is necessary to develop an IoT sensor that is faster and more convenient than conventional virus inspection. In this speech, a semiconductor nano-sensing system that can substantially improve both Limit-of-Detection (LoD) and detection time will be introduced.
- Speech
Speech Title: Firewall of Things
Speaker: Prof. Hiroshi Watanabe, National Yang-Ming Chiao-Tung University
Abstract:
In recent years, any kind of manufacturing industries have been a target of cyber-attacks, which can affect supply chains and cause huge damage to the economic system. This is a testament to the widespread adoption of AI and remote operation of equipment in the manufacturing. In other words, the factory’s manufacturing equipment can be also considered as IoT devices remote-controlled by AI. The firewall that forms a closed group of logical accounts, is one of the effective network security measures, and it is beneficial to introduce it into the manufacturing industry. However, IoT devices are hardware (things) different from logical accounts. Therefore, it is necessary to find a way to realize the firewall of things. In this presentation, the concept of the firewall of things will be introduced.
- Speech
Speech Title: Baum: Innovation in System-on-Chip Power Analysis
Speaker: Prof. Youngsoo Shin, KAIST
Abstract:
The limitations of simulation-based power analysis solutions are discussed. Model-based approach pioneered by Baum is presented, followed by a number of its applications demonstrating the reuse of power model, integration of power model with emulator, power debugging, etc.