Ting-Lan Lin 林鼎然
Ting-Lan Lin 林鼎然
Ting-Lan Lin 林鼎然
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Education<br />
Research<br />
Publication<br />
<strong>Ting</strong>-<strong>Lan</strong> <strong>Lin</strong> <strong>林鼎然</strong><br />
tinglan@cycu.edu.tw<br />
ECE Building 807<br />
Video compression and transmission lab<br />
2010PhD, Department of Electrical and<br />
Computer Engineering (ECE)<br />
University of California, San Diego, La Jolla,<br />
USA<br />
2003M.S. in Department of Electronic<br />
Engineering<br />
Chung Yuan Christian University, Chung-Li,<br />
Taiwan<br />
2001B.S. in Department of Electronic<br />
Engineering<br />
Chung Yuan Christian University, Chung-Li,<br />
Taiwan<br />
H.264 video compression, video compression error resilience tools,<br />
signal processing and image processing<br />
Peer-Reviewed Conferences and Workshops<br />
T.-L. <strong>Lin</strong>, Y.-L. Chang and P. C. Cosman, "Subjective experiment and<br />
modeling of whole frame packet loss visibility for H.264," IEEE Packet<br />
Video conference, pp. 186 – 192, 2010. (EI)<br />
Y.-L. Chang, T.-L. <strong>Lin</strong> and P. C. Cosman, "Network-based IP packet loss<br />
importance model for H.264 SD videos," IEEE Packet Video conference,<br />
pp. 178 – 185, 2010. (EI)<br />
Y. Wang, T.-L. <strong>Lin</strong> and P. C. Cosman, " Packet dropping for H.264 videos<br />
considering both coding and packet-loss artifacts," IEEE Packet Video<br />
conference, pp. 165 – 172, 2010. (EI)<br />
Y. Wang, T.-L. <strong>Lin</strong>, and P.C. Cosman, "Network-based model for video<br />
packet importance considering both compression artifacts and packet<br />
losses," IEEE Globecom conference, pp. 1 – 5, 2010. (EI)<br />
T.-L. <strong>Lin</strong> and P. Cosman, "Packet dropping for widely varying bit reduction<br />
rates using a network-based packet loss visibility model," IEEE Data<br />
Compression Conference (DCC), pp. 445-454, 2010. (EI)
Lab introduction<br />
T.-L. <strong>Lin</strong> and P. Cosman, "Network-based packet loss visibility model for<br />
SDTV and HDTV for H.264 videos," IEEE International Conference on<br />
Acoustics, Speech, and Signal Processing (ICASSP), pp. 906 - 909, 2010.<br />
(EI)<br />
T.-L. <strong>Lin</strong> and P. Cosman, "Perceptual video quality optimization in AWGN<br />
channel using low complexity channel code rate allocation," IEEE Asilomar<br />
Conference on Signals, Systems and Computers, pp. 881 – 885, 2009. (EI)<br />
T.-L. <strong>Lin</strong> and P. Cosman, "Optimal RCPC channel rate allocation in AWGN<br />
channel for perceptual video quality using integer programming," IEEE<br />
First International Workshop on Quality of Multimedia Experience<br />
(QOMEX), pp. 198 - 203, 2009. (EI)<br />
T.-L. <strong>Lin</strong>, Y. Zhi, S. Kanumuri, P. Cosman, and A. Reibman, "Perceptual<br />
quality based packet dropping for generalized video GOP structures," IEEE<br />
International Conference on Acoustics, Speech, and Signal Processing<br />
(ICASSP), pp. 781 – 784, 2009. (EI)<br />
T.-L. <strong>Lin</strong>, P. Cosman, and A. Reibman, "Perceptual impact of bursty versus<br />
Journals<br />
isolated packet losses in H.264 compressed video," IEEE International<br />
Conference on Image Processing (ICIP), pp. 2780 – 2783, 2008. (EI)<br />
T.-L. <strong>Lin</strong> and P. Cosman. "Efficient optimal RCPC code rate allocation with<br />
packet discarding for pre-encoded compressed video," IEEE Signal<br />
Processing Letters, vol. 17, issue 5, pp. 505-508, 2010.<br />
T.-L. <strong>Lin</strong>, S. Kanumuri, Y. Zhi, D. Poole, P. Cosman, and A. Reibman, "A<br />
Versatile Model for Packet Loss Visibility and its Application to Packet<br />
Prioritization," IEEE Transactions on Image Processing, Vol. 19, No. 3, pp.<br />
722-735, March 2010.<br />
Yuh-Huu Chang, <strong>Ting</strong>-<strong>Lan</strong> <strong>Lin</strong>, "Zero-forcing blind equalizer based on the<br />
transformed eigen decomposition, " IEE Electronics Letters, Volume 40,<br />
Issue 24, pp. 1558-9, Nov.25, 2004.<br />
Our lab focuses on the performance improvement of the H.264 video coder,<br />
as well as the video transmission in the error-prone network. We also plan to<br />
concentrate on the topics of digital signal processing and digital image<br />
processing that can be applied to daily life.
Lab