Programming a robot requires logical thinking and problem-solving skills. You need to be able to break down complex tasks into smaller and simpler steps, and design algorithms that can control the ...

See algorithms that could use recursion like SARSOP. Dynamic programming can be used to solve robotics problems that require finding the optimal or most efficient solution among many possible choices.

In design and architecture, most research into algorithms and computational ... "We could literally download the program from one robot, put it into another, and have it continue on – possibly ...

Writing scripts for robot control and simulation. Prototyping and testing robotic algorithms. C++ is a powerful, high-performance programming language widely used in robotics for tasks that require ...

However, extending research regarding programming by demonstration in industrial robots area, could lead to development of intelligent systems, where the industrial robot could be programmed in an ...

In their research-creation project, the artists used a critical and creative approach to understand and (re)think the relationships between humans and machines with the humanoid robot NAO. Using ...

Finding an effective solution could take the robot a very long time—if it can even come up with one. Researchers from MIT and NVIDIA Research have developed a novel algorithm that dramatically speeds ...

The GARobot simulation is a C++ program that models a population of robots navigating ... performance of robots across multiple generations. Uses a genetic algorithm approach to evolve robot traits ...

The service lets users know if a programming change will achieve the required cycle time with no impact to existing processes. While expert programmers can feasibly test several alternatives, Realtime ...