The NP-Hardness and the Algorithm for Real-Time Disk-Scheduling in a Multimedia System. - Pei-Chi Huang; Wan-Chen Lu; Chun-Nan Chou; Wei-Kuan Shih (RTCSA, 2005)

Rate Monotonic Schedulability Conditions Using Relative Period Ratios (Abstract). - Wan-Chen Lu; Hsin-Wen Wei; Kwei-Jay Lin (RTCSA, 2006)

A precise schedulability test algorithm for scheduling periodic tasks in real-time systems. - Wan-Chen Lu; Jen-Wei Hsieh; Wei-Kuan Shih (SAC, 2006)

A faster exact schedulability analysis for fixed-priority scheduling. - Wan-Chen Lu; Jen-Wei Hsieh; Wei-Kuan Shih; Tei-Wei Kuo (J. Syst. Softw., 2006)

Smallest Bipartite Bridge-Connectivity Augmentation (Extended Abstract). - Pei-Chi Huang; Hsin-Wen Wei; Wan-Chen Lu; Wei-Kuan Shih; Tsan-sheng Hsu (AAIM, 2007)

New Schedulability Conditions for Real-Time Multiframe Tasks. - Wan-Chen Lu; Kwei-Jay Lin; Hsin-Wen Wei; Wei-Kuan Shih (ECRTS, 2007)

Period-Dependent Initial Values for Exact Schedulability Test of Rate Monotonic Systems. - Wan-Chen Lu; Kwei-Jay Lin; Hsin-Wen Wei; Wei-Kuan Shih (IPDPS, 2007)

Rate monotonic schedulability tests using period-dependent conditions. - Wan-Chen Lu; Kwei-Jay Lin; Hsin-Wen Wei; Wei-Kuan Shih (Real Time Syst., 2007)

Generalized rate monotonic schedulability bounds using relative period ratios. - Hsin-Wen Wei; Kwei-Jay Lin; Wan-Chen Lu; Wei-Kuan Shih (Inf. Process. Lett., 2008)

Efficient Exact Test for Rate-Monotonic Schedulability Using Large Period-Dependent Initial Values. - Wan-Chen Lu; Kwei-Jay Lin; Hsin-Wen Wei; Wei-Kuan Shih (IEEE Trans. Computers, 2008)

Smallest Bipartite Bridge-Connectivity Augmentation. - Pei-Chi Huang; Hsin-Wen Wei; Wan-Chen Lu; Wei-Kuan Shih; Tsan-sheng Hsu (Algorithmica, 2009)

Imprecise Computations with Deferred Optional Tasks. - Jia-Ming Chen; Wan-Chen Lu; Wei-Kuan Shih; Ming-Chung Tang (J. Inf. Sci. Eng., 2009)

Testing Whether a Set of Code Words Satisfies a Given Set of Constraints. - Hsin-Wen Wei; Wan-Chen Lu; Pei-Chi Huang; Wei-Kuan Shih; Ming-Yang Kao (J. Inf. Sci. Eng., 2010)

Exploiting rank-learning models to predict the diffusion of preferences on social networks. - Chin-Hua Tsai; Jing-Kai Lou; Wan-Chen Lu; Shou-De Lin (ASONAM, 2014)

A Transfer-Learning Approach to Exploit Noisy Information for Classification and Its Application on Sentiment Detection. - Wei-Shih Lin; Tsung-Ting Kuo; Yu-Yang Huang; Wan-Chen Lu; Shou-De Lin (TAAI, 2014)