Our work has been under many grants and projects for various organizations, below is a list of projects we have conducted:

BIOINFORMATICS

1. Improving Fuzzy C-Means Clustering Algorithm by Incorporating Functional Annotation Databases and Biological Knowledge (MOHE, on-going).
2. Computational Method to Predict Protein Domain using Machine Learning Algorithns and Biological Knowledge (MOSTI, on-going).
3. Two Layers Multi-class Support Vector Machines (SVM) Classifiers (MOHE, on-going).
4. Microarray gene expression data classification using statistical and machine learning techniques (MOSTI, on-going).
5. Microarray gene expression of cancer disease classification using AI techniques (MOSTI, on-going).
6. Protein-protein interaction and protein function prediction using machine learning techniques (MOSTI, on-going).
7. The Development of Clustering System for Protein Tertiary Structure Prediction using Machine Learning Algorithms (MOSTI, completed).
8. Computational Method for Protein Sequence Annotation using Gene Ontology and Intelligent Techniques (MOSTI, completed).
9. Heterogeneous Ontology Mapping by Semantic Enrichment (MOHE, completed).
10. Symbolic Data Structures and Lumping Techniques Representation of Large Markov Model (MOHE, completed).
11. The Development of Automata Learning and Stochastic Modeling for Biosequence Analysis (MOSTI, completed).
12. Remote Protein Homology Detection Using Artificial Intelligence Algorithm (MOSTI, completed).
13. The Development of Feature Selection Tool for Classification of Microarrays Gene Expression Data Using Statistical and Machine Learning Techniques (MOSTI, completed).
14. Computer-based cell models using ontology (MOSTE, completed).
15. Semantic integration of biological databases using ontology (MOSTE, completed).
16. Protein secondary structure prediction using AI techniques (MOSTE, completed).
17. Biological information retrieval using multi-agent systems (MOSTE, completed).
18. 3D protein structure visualization using computer supported collaborative work (MOSTE, completed).
19. Biological information extraction using ontology-based agent (UTM, completed).
20. Biomolecular sequence alignment using machine learning techniques (UTM, completed).
21. The Development of multi agent system for biological information retreival from heterogenous distributed data and knoledge sources (IRPA, completed).
22. Development of collaborative environment with privacy and conference control for 3D protein structure visualization (IRPA,completed).
23. The development of hybrid cell ontology for storing and exchanging computer based biology models. (IRPA, completed).
24. Protein structure prediction from amino acid sequence using artificial intelligence techniques (IRPA, completed).
25. The development of cost effective teleradiology system (MTCS, completed).

AI AND PLANNING/SCHEDULING

1. Spatial Data Infrastructure for Heterogeneous Distributed Oceanography and Marine Sciences Data and Knowledge Sources - NOD/R&D/04/013
2. Integrated planning and scheduling framework for complex manufacturing problem (MOSTI, on-going).
3. Learning classifiers from distributed, semantically heterogeneous, and autonomous data (MOHE, on-going).
4. The Development of Integrated Planning and Scheduling Framework for Dynamic and Reactive Environment of Complex Manufacturing Problem (MOSTI, completed).
5. Staff scheduling using intelligent agent and AI techniques (MOSTE, completed).
6. Planning and scheduling using constraint agent (MOSTE, completed).
7. Ship maintenance scheduling using intelligent agent (MOSTE, completed).
8. The development of constraint agent for planning and scheduling (IRPA, completed).
9. The development of intelligent hybrid algorithm and intelligent agent for staff scheduling (IRPA, completed).
10. The development of distributed concurrent intelligent mobile agent for inventory management in naval integrated logistic support system (ILS) (IRPA, completed).
11. The development of reactive scheduling algorithm for ship maintenance using intelligent agent (IRPA, completed).
12. Intelligent Optimisation Techniques (Genetic Algorithm and Constraint-Based Reasoning) in Planning, Scheduling and Timetabling (JSPS, completed).
13. Neuro-Fuzzy-Evolutionary Computing (GA) Applications in Planning, Scheduling and Prediction (UPP).
14. Applications of Genetic Algorithms (UPP).

SOFTWARE ENGINEERING

1. Software agent for the development of integrated logistic support system (MOSTE, completed).
2. Component-based technology for the development of complex bioinformatics software (UTM, completed).
3. Paperless water treatment works (Contract Research, completed).
4. Differential pulse voltammetry instrumentation (IRPA, completed).