All Stories

  1. A Survey of Machine Learning Methods Applied for Enhancing the Autonomy of Unmanned Underwater Vehicles
  2. Using Game Control to Manage the Safety of Autonomous Maritime Objects
  3. Sensitivity of transport object control quality for measuring the inaccuracy of state variables
  4. Application in the synthesis of an algorithm for controlling moving objects.
  5. Perception, which involves receiving information about the movement of many autonomous objects,
  6. The safe control task when moving around many other autonomous vehicles.
  7. Safe control of an autonomous object moving in a large group of other autonomous objects.
  8. Solve the global problem of multi-object safety control processes.
  9. Heuristic approaches to static optimization methods.
  10. Differential game was developed using LabVIEW 2022 version software
  11. Development algorithms—the game non-cooperative path, game cooperative path and optimal path.
  12. Algorithm for determining the optimal and safe trajectory based on a multi-object game model.
  13. Developing and comparing multi-object safe control algorithms.
  14. Optimality Comparison of Object Safe Trajectory in a Multi-Object Passing Situation for Different Quantities of Acceptable Game and Non-Game Control Strategies
  15. Symmetry in Optimal and Safe Control
  16. Sequential Game and Neural Network
  17. Safely guiding a ship, taking into account the movement of many other marine units.
  18. Artificial Intelligence Control Methods
  19. Passive Radar Reflectors
  20. Game Control Algorithms
  21. GAME OPTIMIZATION
  22. Analysis of optimization methods in marine objects control synthesis
  23. Synthesis of a Path-Planning Game Algorithm for Autonomous Robots Moving
  24. COMPUTATIONAL INTELLIGENCE IN CONTROL ENGINEERING EDUCATION
  25. Multi-criteria Static Optimization Methods.
  26. Safe control of moving objects in game environment
  27. Multistage Dynamic Optimization with Different Forms of Neural-State Constraints
  28. Analysis of types of game control
  29. Sensitivity of Safe Trajectory in a Game Environment
  30. Comparison of Computational Intelligence Methods Based on Fuzzy Sets and Game Theory
  31. Multi-criteria optimization of multi-step matrix game in collision avoidance of ships
  32. Multi-criteria Optimization of Multi-step Matrix Game
  33. Finding the best transport and logistics solutions.
  34. Dynamic Games Methods in Synthesis of Safe Ship Control Algorithms
  35. Methods of Game Theory in Safe Maritime Transport
  36. The Safe Control Sensitivity Functions in Matrix Game of Ships
  37. Cooperative and Non-Cooperative Game Control Strategies of the Ship in Collision Situation
  38. Game Control of maritime objects
  39. A Research on Concept of Ship Safety Domain
  40. THE SENSITIVITY OF STATE DIFFERENTIAL GAME VESSEL TRAFFIC MODEL
  41. Analysis of Methods of Determining the Safe Ship Trajectory
  42. Determination and Display of Safe Ship Trajectories in Collision Situations at Sea
  43. Multi-stage safe ship control with neural state constraints
  44. Sensitivity of the Game Control of Ship in Collision Situations
  45. Comparison of Dynamic Games in Application to Safe Ship Control
  46. The safety of marine navigation based on a game theory
  47. Computational Intelligence Methods of a Safe Ship Control
  48. Optimization-Supported Decision-Making in the Marine Game Environment
  49. The Characteristics of the Matrix Game Sensitivity of the Safe Passing of Ships at Sea
  50. Sensitivity of computer support game algorithms of safe ship control
  51. The Fluctuational Model of Small Floating Objects Identification by Means of Passive Radar Reflectors
  52. The Radar Data Transmission to Computer Support System of Ship Safety
  53. Game control methods in avoidance of ships collisions
  54. Game ship control sensitivity in collision situations
  55. The optimal and safe ship trajectories for different forms of neural state constraints
  56. The Multistage Positional Game of Marine Objects with Different Degree of Cooperation
  57. Optimization decision support system for safe ship control
  58. Sensitivity of safe game ship control
  59. Optimal and game ship control algorithms for avoiding collisions at sea
  60. The dynamic game theory methods applied to ship control with minimum risk of collision