Shieu-Hong Lin
Finding Optimal Refueling Policies in Transportation
Networks.
4th International Conference on Algorithmic Aspects in Information and
Management (AAIM-08),
Lecture Notes in Computer Science, Springer-Verlag,
2008.
Shieu-Hong Lin
Finding Optimal Refueling Policies: A Dynamic
Programming Approach.
Proc. Consortium for Computing Sciences in Colleges Southwestern Region
First Annual Conference (CCSC-SW-08), 2008.
Shieu-Hong Lin, Nate Gertsch,
and Jennifer Russell.
A Linear-time Algorithm for Finding Optimal Vehicle Refueling Plolicies.
Operations Research Letters, v35 (2007), no.3, 290-296.
Shieu-Hong Lin.
Reasoning about
Discrete Event Sources.
Proc. 21st National Conference on
Artificial Intelligence (AAAI-06),
Shieu-Hong
Lin.
An Empirical Exploration
of Hidden Markov Models: From Spelling Recognition to Speech Recognition.
Proc. 19th International FLAIRS
Conference (FLAIRS-06),
Shieu-Hong
Lin.
Reasoning about Events with Time-interval Information.
Proc. 18th International FLAIRS
Conference (FLAIRS-05),
Shieu-Hong
Lin and Thomas L. Dean.
Localized Temporal Reasoning Using Subgoals
and Abstract Events.
Computational
Intelligence, 12 (1996), no.3, 423-449
Thomas L. Dean and Shieu-Hong Lin.
Decomposition Techniques for Planning in Stochastic Domains.
Proc. 14th International Joint Conference
of Artificial Intelligence (IJCAI-95) ,
Shieu-Hong
Lin and Thomas L. Dean.
Generating Optimal
Policies for High-Level Plans with Conditional Branches and Loops.
Proc. Third European Workshop on Planning
(EWSP-95),
Shieu-Hong Lin and Thomas L. Dean.
Localized Temporal
Reasoning: A State-Based Approach.
Proc. International Workshop on Temporal
Representation and Reasoning (TIME-94),
Shieu-Hong Lin and Thomas L. Dean.
Exploiting Locality in Temporal Reasoning.
Current Trends in AI Planning, 1994, edited by Sandewall,
E. and Backstrom, C.
IOS Press,
Gen-Huey Chen , Hong-Fa Ho ,
Shieu-Hong Lin , and Jang-Ping
Sheu.
Data Mapping of Linear Programming on
Fixed-size Hypercubes.
Parallel Computing,
13 (1990), no.2, 235-243.
PH.D. Dissertation
Computer Science,
Advisor : Professor Thomas L. Dean
Dissertation : Exploiting
Structure for Planning and Control
Master Thesis
Computer Science,
Advisor : Professor Gen-Huey Chen
Thesis : A Unified Paradigm to Parallelize the
Simplex Algorithm