Combining voronoi graph and spline-based approaches for a mobile robot path planning in both global and local path
planning. While these methods are characterized with good reactive behaviour
Analytical comparison of methods for planning the trajectory motion of mobile robotsPlanning the trajectory motion of robotic systems in a dynamic environment is an urgent
Modified spline-based path planning for autonomous ground vehicle function based methods play significant role in global and local path
planning. While these methods
Genetic algorithm of network graph multi-objective optimization as an instrument of project monitoring of
planned tasks. There are several popular concepts of project monitoring, such as logical framework
Motion planning strategies in human control of non-rigid objects with internal degrees of freedomMotion
planning strategies in human control of non-rigid objects with internal degrees of freedom
OPTIMAL MANAGEMENT OF THE WATERS OF A SHORT TRIBUTARY OF THE TIGRIS RIVER to determine the
optimal planning system (GZR) and
plan the
optimal operational policy. The main problem
Multi-agent pathfinding with continuous time wide range of real-world applications such as warehouse management and autonomous vehicles.
Optimizing Planning time-management as sequencing given jobs with interval processing times-management) is considered. The main stage in
planning of the working hours is the construction of an
optimal schedule
OPTIMIZATION OF THE SOLUTION OF THE PROBLEM OF SCHEDULING THEORY BASED ON THE EVOLUTIONARY-GENETIC ALGORITHM that faced the problem in question is that it is necessary to search the
optimal solution in a large search