Advanced Robotics

// Advanced Robotics Framework class AdvancedRobotics { constructor() { this.robots = []; this.sensors = []; this.actuators = []; this.environments = []; } // Autonomous Navigation navigateAutonomously(robot, environment, goal) { const navigation = { robot: robot, environment: environment, goal: goal, path: [], obstacles: [], status: 'planning' }; // SLAM (Simultaneous Localization and Mapping) const map = this.performSLAM(robot, environment); navigation.map = map; // Path Planning const path = this.planPath(robot.position, goal, map); navigation.path = path; // Obstacle Avoidance const obstacles = this.detectObstacles(robot, environment); navigation.obstacles = obstacles; // Execute navigation navigation.status = this.executeNavigation(robot, path, obstacles); return navigation; } // Computer Vision processVisualInput(robot, image) { const vision = { robot: robot, image: image, objects: [], features: [], scene: null }; // Object Detection vision.objects = this.detectObjects(image); // Feature Extraction vision.features = this.extractFeatures(image); // Scene Understanding vision.scene = this.understandScene(vision.objects, vision.features); return vision; } // Manipulation manipulateObject(robot, object, task) { const manipulation = { robot: robot, object: object, task: task, grasp: null, trajectory: [], success: false }; // Grasp Planning manipulation.grasp = this.planGrasp(robot, object); // Motion Planning manipulation.trajectory = this.planMotion(robot, manipulation.grasp); // Execute Manipulation manipulation.success = this.executeManipulation(robot, manipulation.trajectory); return manipulation; } // Human-Robot Interaction interactWithHuman(robot, human, context) { const interaction = { robot: robot, human: human, context: context, communication: null, behavior: null, response: null }; // Natural Language Processing interaction.communication = this.processLanguage(robot, human.speech); // Behavior Planning interaction.behavior = this.planBehavior(robot, interaction.communication, context); // Generate Response interaction.response = this.generateResponse(robot, interaction.behavior); return interaction; } // Swarm Coordination coordinateSwarm(robots, task) { const swarm = { robots: robots, task: task, formation: null, communication: [], coordination: null }; // Formation Control swarm.formation = this.controlFormation(robots, task); // Inter-robot Communication swarm.communication = this.establishCommunication(robots); // Coordinated Behavior swarm.coordination = this.coordinateBehavior(robots, task, swarm.formation); return swarm; } // Soft Robotics controlSoftRobot(robot, environment) { const softControl = { robot: robot, environment: environment, deformation: null, actuation: [], adaptation: null }; // Deformation Modeling softControl.deformation = this.modelDeformation(robot, environment); // Actuation Control softControl.actuation = this.controlActuation(robot, softControl.deformation); // Adaptive Behavior softControl.adaptation = this.adaptBehavior(robot, environment); return softControl; } }