from    
to    
search  

 


分子的高压化学反应
清华2024高分子前沿讲座:聚乙烯催化剂研发过程中的一些思考
第479期“工物学术论坛”:大气压冷等离子体激活的生物医学(Engineering Biomedic...
【图书馆讲座】核心期刊投稿导引与科研评价新趋势
报告题目:
Information Technology and Material Science for Water and Energy Conversation(清华大学第一届新能源技术国际交流会议暨精仪系学术讲堂第八期)
 报告人:
Lei He
Professor
报告时间:
2014-09-29 15:20
报告地点:
主楼327
主办单位:
精仪系
  简介:

报告摘要:

Two projects are presented. One is a WiFi watering controller to reduce water, leveraging cloud-based weather prediction and intelligence system. This helps to save up 50% water consumption. The technology is ready to transfer.

 

Another project introduces how to locate the position of an occupant in an office and then how to project airflow that only cool or heat the occupant, comfortable to the occupant, but not wasting energy to cool or heat the entire office. The key technology is a smart vent that uses electroactive material and can be field programmed to control airflow. The technology is close to the technology transfer phase. 

 

主讲人简介:

Lei He is a professor and the director of Clean Energy Research Center at UCLA. He was a faculty member at University of Wisconsin, Madison between 1999 and 2002, held visiting or consulting positions with Cadence, Hewlett-Package, Intel, and Synopsys, and was a technical advisory board member for Apache Design Solutions and Rio Design Automation. He is chief scientist Empyrean Soft and Pride Power Systems, co-founder for Silicon Cloud International, and founder for Rainest.

 

Dr. He obtained Ph.D. degree in computer science from UCLA in 1999. His research interests include modeling and simulation, VLSI circuits and systems, programmable logic, and cyber physical systems. He has published one book and over 200 technical papers with many best paper nominations and awards, including the 2010 ACM Transactions on Electronic System Design Automation Best Paper Award for his work on 3D IC and 2011 IEEE Darlington Award for his work on low power multimedia communication.
今日相关信息
The Opto-Electronic Physics Which Bro...
The key issues for the vehicle lithiu...
Low Cost, Highly Efficient Thin Film ...
Investigation on chemical stability o...
 
同类别相关信息
清华论坛第78讲:全球气候治理与中美气...
清华大学国际纳米光电子学研究中心成立仪...
清华-罗姆国际产学连携论坛2018
2018清华五道口全球金融论坛
电力电子技术发展现状与趋势
学术活动