Anasua started following the work of Indrajit Saha, University of Warsaw, Interdisciplinary Centre for Mathematical and Computational Modeling.
Anasua started following 13 journals.
Anasua started following the work of 3 people.
Primary
Primary
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- 3D structures of different macromolecules
- Algebraic (Symbolic) Computation
- Algorithm
- Algorithms
- Algorithms Computer Networks ,Data Structures ,Database Systems ,Operating Systems (in Computer Science)
- Ambient Intelligence AmI (in )
- Ant Colony Optimisation
- Applied Mathematica
- Applied Mechanics, Numerical Methods
- Artificial General Intelligence
- Artificial Intelligence
- Artificial Neural Nets
- Automata Models of Evolution Algorithms--biologic and Alife
- Banking data mining
- Benchmarking
- Bio-programming
- Biochemistry and Bioinformatics
- Biocomputing
- Bioinformatics
- Biological Engineering
- Biological Life Course
- Biologically inspired computing
- Biometrcis
- Biometrics
- Biometrics And Identity
- Biounformatics
- C Programming
- Camera based Biometric
- Cancer
- Cancer Biology
- Cancer Cell Biology
- Cancer, Stem Cell Biology
- Cloud Computing
- Clustering Algorithms
- Co-Evolution of Alife and Biologic Natural Selection Algorithms interlinked
- Comparative Biology
- Comparative Genomics
- Complex Sequence Analysis
- Computational Biology
- Computational Biology (Bioinformatics)
- Computational Creativity
- Computational Intelligence
- Computational Logic
- Computational Mathematics
- Computational sientific discovery
- Computer Aided Engineering
- Computer Graphics
- Computer Science for Medicine and Biology
- Computer Vision
- Computer-Based Learning
- Computing In Mathematics, Natural Sciences, Engineering And Medicine
- Culture Evolution--Retardant/Accelerant of Genetic Evolution
- Data Compression
- Data Mining in Bioinformatics
- Data Structures (Computer Science)
- Database Systems
- Developmental Transitions in Plants
- Distributed Computing
- Distributed Shared Memory System
- Distributed Systems
- Drosophila melanogaster
- Ecological Developmental Biology
- Environmental plant biology
- Evo-Devo (Developmental Biology)
- Evolution Algorithms--inspired by nature but invented by humans, Alife evolution inventions
- Evolution of Evolution Processes--evolving mutation rates, evolution of natural selection, evolution of new inheritance mechanisms,
- Evolutionary Biology
- Evolutionary Computation
- Evolutionary Developmental Neurobiology
- Evolutionary Genomics
- Expert Systems
- Fingerprint Classification
- Freshwater Ecology
- Future of artificial intelligence
- Fuzzy Logic
- Fuzzy Systems
- Gene Flow
- Gene Silencing
- Gene expression
- Genetic Algorithm
- Genetic Drift
- Genetic Drift Theory of Lifespan Limits (mortalities): Post-Reproduction Gene Freedom from Selection Pressures
- Genetics
- Horizontal Gene Transfer
- Knowledge Representation and Reasoning (Computer Science)
- Local Search (Computer Science)
- Machine Learning
- Machine Translation
- Macroevolution
- Memetics (Evolutionary Biology)
- Micro Rna
- Microarray Data Analysis
- Microbiology
- Molecular Computing
- Molecular modeling
- Morphogenesis
- Multi-core and many-core
- Multilevel selection (Evolutionary Biology)
- Mutation & Evolution in Inheritance Mechanisms
- Mutation (Evolutionary Biology)
- My research interests include: Arabic Language Processing, Arabic Machine Translation, Machine Learning and Pattern Recognition.
- Natural Language Processing
- Ontology (Computer Science)
- Origins of Life
- Palmprint Recognition
- Particle Swarm Optimization
- Pathogen evolution
- Pattern Recognition
- Phylogenetics
- Phylogenomics
- Phylogeny/phylogenetics
- Phylogeography
- Plant Ecology
- Plant Molecular Biology
- Plant biotechnology
- Population Biology
- Population genetics (Biology)
- Protein expression/purifucation
- Proteome-informatics
- Proteomics
- Psychologically-Valid AI
- Qualitative Spatial Reasoning
- Quantitative genetics (Biology)
- R (Biology)
- RNA-seq Analysis
- Real-time Systems
- Reasoning about Uncertainty
- Scientific Computing (Computational Science)
- Self Tuning & Evolving Mutation Rates
- Sequence Analysis
- Soft Computing
- Spatial Data Mining (Data Mining)
- Speciation
- Speech Recognition
- Structural Bioinformatics
- Structural Biology
- Structure-function relationships
- Swarm Intelligence
- Temporal Data Mining
- Text Mining
- The Genome as Information System--its protein codings, "junk DNA" control statements (loops, recursions, embeddings)
- Theoretical Computer Science
- Theory of Automata
- Timing Analysis
- Transcription regulation of development
- Tree Models
- VIRUS Mutation and Biodiversity
- Visualization
- Xenobiology
- Molecular modeling
Graduate Student, Mathematics, Informatics, Computational Biology
The Associate Vice-President, Administration and External Relations, Barrie, will work closely and collaboratively with colleagues in all administrative areas.
Laurentian University