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start [2015/11/23 07:01]
hsinmu [News]
start [2017/06/27 19:56] (current)
hsinmu [CELLI won best demo runner-up in ACM MobiSys 2017]
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 ====== Welcome ====== ====== Welcome ======
  
-This is **Hsin-Mu (Michael) Tsai'​s** homepage. I am an associate professor in the [[http://​www.csie.ntu.edu.tw|Department of Computer Science and Information Engineering]] and [[http://​www.inm.ntu.edu.tw|Graduate Institute of Networking and Multimedia]] at [[http://​www.ntu.edu.tw/​|National Taiwan University]]. I lead the **Mobile and Vehicular Network Laboratory** in my department. I am also the Principal-Investigator of the project "​Next-Generation ​Collaborative Vehicle Safety System" in the [[http://ccc.ntu.edu.tw|Intel-NTU Connected Context Computing ​Center]]. +This is **Hsin-Mu (Michael) Tsai'​s** homepage. I am an associate professor in the [[http://​www.csie.ntu.edu.tw|Department of Computer Science and Information Engineering]] and [[http://​www.inm.ntu.edu.tw|Graduate Institute of Networking and Multimedia]] at [[http://​www.ntu.edu.tw/​|National Taiwan University]]. I lead the **Mobile and Vehicular Network Laboratory** in my department. I am also the Principal-Investigator of the project "​Next-Generation ​Camera Communications" in the [[http://iox.ntu.edu.tw|NTU ​IoX Center]].
- +
-My CV can be downloaded here - [{{:​cv.pdf|pdf}}].+
 ====== News ====== ====== News ======
 +===== CELLI won best demo runner-up in ACM MobiSys 2017 =====
 +Our demo of "CELLI - Indoor Positioning using Polarized Sweeping Light Beams" won [[https://​www.sigmobile.org/​mobisys/​2017/​demos.php|best demo runner-up]] at ACM MobiSys 2017! 
  
-===== Research Project with Ford North America ​=====+===== CELLI, POLI paper accepted by MobiSys 2017 ===== 
 +Our recent works "​CELLI:​ Indoor Positioning using Polarized Sweeping Light Beam" and "POLI: Long-Range Visible Light Communications Using Polarized Light Intensity Modulation"​ are both accepted as full papers in ACM MobiSys 2017! ACM MobiSys is a highly selective international top conference in the computer networking and systems area. This year the acceptance rate is 34/188 = 18%. [[https://​www.sigmobile.org/​mobisys/​2017/​accepted.php|MobiSys'​17]]
  
-Ford North America announced their international collaboration with my research group, putting together an effort to mitigate traffic congestion using cars' LED lights. The news can be found on NTU website [[http://​www.ntu.edu.tw/​english/​spotlight/​2015/​668_20151111.html|English]] [[http://​host.cc.ntu.edu.tw/​sec/​schinfo/​schinfo_asp/​ShowContent.asp?​num=1241&sn=13770|Chinese]]. +===== LiCompass paper accepted by INFOCOM 2017 ===== 
-===== Special Issue on Multi-radio,​ Multi-technology,​ Multi-system Vehicular Communications ​=====+Our recent work "​LiCompass:​ Extracting Orientation from Polarized Light" is accepted by INFOCOM 2017 as a full paper (acceptance rate 292/​1395 ​20.93%).
  
-I am co-editing a special issue in Elsevier Computer Communications. The issue is about the use of next-generation vehicular network that make use of multiple heterogeneous entities (radio, technology, system, etc.). Please consider submit there. The call-for-paper can be found [[http://​www.journals.elsevier.com/​computer-communications/​call-for-papers/​special-issue-on-multi-radio-multi-technology-multi-system-v/​|here]]. +===== Serving as TPC co-chair of IEEE VNC 2016 ===== 
-===== MobiSys'​15 paper presented ​===== +am serving as TPC co-chair of IEEE Vehicular Networking Conference 2016 %%[%%[[http://www.ieee-vnc.org|web]]%%]%%, which will be held on December 8-10, 2016, in Columbus, Ohio, USA. Please consider joining us at the conference. 
-presented our MobiSys'​15 paper "​RollingLight:​ Enabling Line-of-Sight Light-to-Camera Communications"​ at ACM [[http://​www.sigmobile.org/​mobisys/​2015/​| MobiSys'​15]] in Florence, Italy (acceptance rate = 13.2%). This is the **first full paper with all Taiwan-based authors** in the history of MobiSys! ​%%[%%[[https://youtu.be/​KLoAwqIcMpI|Presentation Video]]%%]%% +===== K. T. Li Young Researcher Award ===== 
-===== IEEE Spectrum article on our V2LC research ​===== +I received the 2015 KTLi Young Researcher Award from Institute of Information ​and Computing Machinery in Taiwan, ​for contributions in visible light communications, ​vehicular networking ​and communications,​ and vehicle and transportation systems. [[http://www.iicm.org.tw/award/​award_acm.asp|Chinese]]
-My research partner at Intel Labs, DrRichard DRobert, ​and I were interviewed by IEEE Spectrum ​for an article about our latest research efforts on vehicular ​visible light communications ​(V2LC) in July, and the article just went online on the IEEE spectrum websiteThe article can be found [[http://goo.gl/zdEeJh|here]]. The article will also appear in the September 2014 printed issue. - August 23, 2014+
  
-===== Wa-People Interview Article ​===== +===== Research Project with Ford North America ​===== 
-Wa-people, an Internet news media that focuses on the latest industrial trends in Taiwan, had an article on our latest vehicular visible light communications ​research ​development. The article (in Mandarin Chinese) ​can be found [[http://​www.wa-people.com/2014/08/blog-post_70.html|here]]. - August 13, 2014+ 
 +Ford North America announced their international collaboration with my research ​group, putting together a joint effort to mitigate traffic congestion using cars' LED lights. The news can be found on NTU website ​[[http://​www.ntu.edu.tw/english/spotlight/2015/​668_20151111.html|English]] [[http://​host.cc.ntu.edu.tw/​sec/​schinfo/​schinfo_asp/​ShowContent.asp?​num=1241&​sn=13770|Chinese]].
  
-===== CTI TV coverage ===== 
-CTI TV in Taiwan had a short coverage on the use of our traffic congestion detection algorithm in an iOS app - DrivingCurve. The video is [[http://​youtu.be/​xk9hJn1r4GM|here]]. They also had a coverage on our VLC scooter taillight prototype [[http://​www.ctitv.com.tw/​news_video_c18v164940.html|here]]. 
  
  
  
 ====== Recruiting ====== ====== Recruiting ======
-I am currently looking for brilliant students (all levels: undergraduate,​ master, and phd students) who would like to work on interesting research problems and to have hands-on experience on useful experimental research tools such as wireless channel measurement equipments, ​software defined radios, ​wireless sensor nodes (similar to embedded systems), ​and software network simulators, to join my lab.** The main research direction of the lab is to understand ​the general principles of the communication patterns ​and underlying channelsto engineer towards a feasible communication infrastructure ​for the future ubiquitous ​mobile and vehicular networks, and to discover new applications ​for these networksThere are lots of interesting problems which we can work on. The potential students are encouraged to schedule a meeting with me via e-mailI can explain these topics in details when we meet.**+I am currently looking for brilliant students (all levels: undergraduate,​ master, and phd students) who would like to work on interesting research problems and to have hands-on experience on useful experimental research tools such as software defined radios, embedded systems ​for quick prototyping (Arduino, Raspberry Pi, etc.), LIDAR, cameras, etc., to join my lab. The main research direction of the lab is to solve real-world problems (often in the vehicle ​and transportation domainsbut also for mobile and indoor ​applications) with communication and networking system designsWe deepen our understanding ​of the problem through quick prototyping and carry out measurements in the real-worldThen the design idea is again realized and validated with system prototyping.
  
-You can take a look at the introduction of our lab [{{:senior_project_lab_introduction_20110519.pptx|pptx}}].+Ongoing research projects (March 2017) include: 
 +  * Traffic shockwave mitigation with vehicle-to-vehicle visible light communications (sponsored by Ford North America) 
 +  * Next-generation camera communications (sponsored by Intel Labs and Delta Electronics) 
 +  * Centimeter-level indoor visible light positioning (sponsored by Intel Labs and Delta Electronics) 
 +  * Parking management in urban areas with software defined RFID 
 + 
 +The potential students are encouraged to schedule a meeting with me via e-mailI can explain these topics in details when we meet.
 ====== Research Interests ====== ====== Research Interests ======
 +  * Visible light communications and positioning
   * Vehicular networking and communications   * Vehicular networking and communications
-  ​* Wireless channel and link measurements +  * Vehicle and transportation systems ​(smart traffic light, parking management, traffic flow regulation) 
-  ​* Vehicle and transportation systems +
-  * Visible light communications+
  
        
          
 ====== Select Honors ====== ====== Select Honors ======
 +   * 2015 K. T. Li Young Researcher Award %%[%%[[http://​www.iicm.org.tw/​award/​award_acm.asp|Web]]%%]%%
    * 2014 Intel Labs Distinguished Collaborative Research Award %%[%%[[http://​host.cc.ntu.edu.tw/​sec/​schinfo/​schinfo_asp/​images/​schinfo/​1202_1.jpg|Related NTU News]]%%|%%[[http://​host.cc.ntu.edu.tw/​sec/​schinfo/​schinfo_asp/​ShowContent.asp?​num=1202&​sn=13013|Full Text]] (in Mandarin Chinese)%%]%%    * 2014 Intel Labs Distinguished Collaborative Research Award %%[%%[[http://​host.cc.ntu.edu.tw/​sec/​schinfo/​schinfo_asp/​images/​schinfo/​1202_1.jpg|Related NTU News]]%%|%%[[http://​host.cc.ntu.edu.tw/​sec/​schinfo/​schinfo_asp/​ShowContent.asp?​num=1202&​sn=13013|Full Text]] (in Mandarin Chinese)%%]%%
    * 2013 Intel Early Career Faculty Honor Program Awardee, **__the first to receive the honor outside of Europe and North America__**. %%[%%[[http://​www.eecs.ntu.edu.tw/​news/​news.php?​Sn=238|Related news article]]%%]%%    * 2013 Intel Early Career Faculty Honor Program Awardee, **__the first to receive the honor outside of Europe and North America__**. %%[%%[[http://​www.eecs.ntu.edu.tw/​news/​news.php?​Sn=238|Related news article]]%%]%%
 
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