All Stories

  1. An Innovative Arabic Word Embedding Representation for Enhanced Sentiment Analysis
  2. New Exploration/Exploitation Improvements of GWO for Robust Control of a Nonlinear Inverted Pendulum
  3. Convolution Neural Network Based Approach for Glaucoma Disease Detection
  4. Improving Multi-class Text Classification Using Balancing Techniques
  5. Survey of the Arabic Machine Translation Corpora
  6. Evolving action pre-selection parameters for MCTS in real-time strategy games
  7. Overtaking Uncertainty with Evolutionary TORCS controllers: Combining BLX with Decreasing Operator and Grand Prix Selection
  8. Improving the Performance of MCTS-Based µRTS Agents Through Move Pruning
  9. Online Adversarial Planning in μRTS : A Survey
  10. CMA-ES based fuzzy clustering approach for MRI images segmentation
  11. LQR controller with an integral action for Z-source DC-DC converter
  12. Beating uncertainty in racing bot evolution through enhanced exploration and pole position selection
  13. Fuzzy Farthest Point First Method for MRI Brain Image Clustering
  14. Optimizing Planet Wars bot using an immune-based algorithm
  15. The Evolutionary Race: Improving the Process of Evaluating Car Controllers in Racing Simulators
  16. Evolving a TORCS Modular Fuzzy Driver Using Genetic Algorithms
  17. Applying Genetic Algorithms for the Improvement of an Autonomous Fuzzy Driver for Simulated Car Racing
  18. Driving in TORCS Using Modular Fuzzy Controllers
  19. Statistical Analysis of Harmony Search Algorithms in Tuning PID Controller
  20. Nonlinear $$H_\infty$$ H ∞ control via measurement feedback using neural network
  21. Application of artificial immune algorithm-based optimisation in tuning a PID controller for nonlinear systems
  22. An artificial immune optimization approach in tuning nonlinear PID controllers
  23. An enhanced swarm intelligence based training algorithm for RBF neural networks in function approximation
  24. Nonlinear inverted pendulum PID control by an improved Artificial Bees Colony-Predator and prey approach