 | 2012 |
| 26 |  | Liang Chang,
Zhongzhi Shi,
Tianlong Gu,
Lingzhong Zhao:
A Family of Dynamic Description Logics for Representing and Reasoning About Actions.
J. Autom. Reasoning 49(1): 1-52 (2012) |
| 2011 |
| 25 |  | Tianlong Gu,
Liang Chang,
Zhoubo Xu:
The Symbolic OBDD Algorithm for Finding Optimal Semi-matching in Bipartite Graphs.
Communications and Network 3(2): 65-72 (2011) |
| 24 |  | Tianlong Gu,
Liang Chang,
Zhoubo Xu:
A Novel Symbolic Algorithm for Maximum Weighted Matching in Bipartite Graphs.
IJCNS 4(2): 111-121 (2011) |
| 23 |  | Tianlong Gu,
Shenghui Liu:
Guest Editorial.
JCP 6(5): 831-832 (2011) |
| 22 |  | Tianlong Gu,
Shenghui Liu:
Guest Editorial.
JNW 6(7): 937-938 (2011) |
| 21 |  | Tianlong Gu,
Shenghui Li:
Guest Editorial.
JSW 6(6): 951-952 (2011) |
| 20 |  | Qianjin Wei,
Tianlong Gu:
Symbolic Representation for Rough Set Attribute Reduction Using Ordered Binary Decision Diagrams.
JSW 6(6): 977-984 (2011) |
| 2010 |
| 19 |  | Liang Chang,
Zhongzhi Shi,
Tianlong Gu:
Extend Atomic Action Definitions of DDL to Support Occlusions and Conditional Post-conditions.
Intelligent Information Processing 2010: 45-54 |
| 18 |  | Lingzhong Zhao,
Xuesong Wang,
Junyan Qian,
Tianlong Gu:
Using ASP to Improve the Information Reuse in Mechanical Assembly Sequence Planning.
PRICAI 2010: 384-396 |
| 17 |  | Yaodong Cui,
Tianlong Gu,
Wei Hu:
A bi-objective guillotine cutting problem of stamping strips of equal circles.
Int. J. Comput. Math. 87(12): 2716-2721 (2010) |
| 2009 |
| 16 |  | Junyan Qian,
Lingzhong Zhao,
Guoyong Cai,
Tianlong Gu:
Automatic Construction of Complete Abstraction by Abstract Interpretation.
ACIS-ICIS 2009: 927-932 |
| 15 |  | Xuesong Wang,
Lingzhong Zhao,
Congwen Zeng,
Junyan Qian,
Tianlong Gu:
An ASP Based Solution to Mechanical Assembly Sequence Planning.
WGEC 2009: 205-208 |
| 14 |  | Tie-yuan Liu,
Liang Chang,
Tianlong Gu:
Analyzing the Impact of Entity Mobility Models on the Performance of Routing Protocols in the MANET.
WGEC 2009: 56-59 |
| 2008 |
| 13 |  | Junyan Qian,
Lingzhong Zhao,
Guoyong Cai,
Tianlong Gu:
Formula-Dependent Abstraction for CTL Model Checking.
ICCSA (2) 2008: 1035-1048 |
| 12 |  | Tianlong Gu,
Zhoubo Xu,
Zhifei Yang:
Symbolic OBDD representations for mechanical assembly sequences.
Computer-Aided Design 40(4): 411-421 (2008) |
| 11 |  | Tianlong Gu,
Huadong Liu:
The symbolic OBDD scheme for generating mechanical assembly sequences.
Formal Methods in System Design 33(1-3): 29-44 (2008) |
| 10 |  | Yaodong Cui,
Tianlong Gu,
Wei Hu:
Simplest optimal guillotine cutting patterns for strips of identical circles.
J. Comb. Optim. 15(4): 357-367 (2008) |
| 9 |  | Lingzhong Zhao,
Tianlong Gu,
Junyan Qian,
Guoyong Cai:
Test frame updating in CPM testing of Prolog programs.
Software Quality Journal 16(2): 277-298 (2008) |
| 2007 |
| 8 |  | Lingzhong Zhao,
Tianlong Gu,
Junyan Qian,
Guoyong Cai:
A Novel Test Case Generation Method for Prolog Programs Based on Call Patterns Semantics.
APLAS 2007: 105-121 |
| 7 |  | Lingzhong Zhao,
Tianlong Gu,
Junyan Qian:
Goal-independent Semantics for Path Dependent Analysis of Prolog Programs.
TASE 2007: 261-272 |
| 6 |  | Tianlong Gu,
Zhoubo Xu:
The symbolic algorithms for maximum flow in networks.
Computers & OR 34(3): 799-816 (2007) |
| 2006 |
| 5 |  | Lingzhong Zhao,
Tianlong Gu,
Junyan Qian,
Guoyong Cai:
On the New Application of Call Patterns to CPM Testing of Prolog Programs.
Australian Conference on Artificial Intelligence 2006: 1265-1270 |
| 4 |  | Lingzhong Zhao,
Tianlong Gu,
Junyan Qian,
Guoyong Cai:
Designing Prolog Semantics for a Class of Observables.
PRICAI 2006: 1052-1057 |
| 3 |  | Lingzhong Zhao,
Tianlong Gu,
Junyan Qian,
Guoyong Cai:
A Constraint-based Correct Call Pattern Semantics for Prolog as an Abstraction of Decorated Tree Semantics.
SEKE 2006: 359-362 |
| 2 |  | Lingzhong Zhao,
Tianlong Gu,
Junyan Qian,
Guoyong Cai:
A Base for Achieving Semantics for Prolog with Cut for Correct Observables.
Software Engineering Research and Practice 2006: 664-670 |
| 2005 |
| 1 |  | Mahsa Ghaeli,
Parisa A. Bahri,
Peter L. Lee,
Tianlong Gu:
Petri-net based formulation and algorithm for short-term scheduling of batch plants.
Computers & Chemical Engineering 29(2): 249-259 (2005) |