Access cutting-edge research tools, development resources, and performance benchmarks for humanoid robotics.
Compare and analyze humanoid robot performance across multiple metrics and scenarios.
Access powerful tools for humanoid robotics research and development.
Reinforcement learning environment with real-time visualization and distributed training support.
Advanced analytics platform for processing and visualizing humanoid robot performance data.
Generate optimized code for various humanoid robot platforms and control systems.
High-fidelity physics simulation engine for testing humanoid robot behaviors in virtual environments.
Access our comprehensive library of research papers and publications on humanoid robotics.
Connect with researchers worldwide and collaborate on humanoid robotics projects.
Access high-quality datasets and development resources for humanoid robotics research.
Comprehensive dataset of human motion patterns for training humanoid robots in natural movement.
Large-scale dataset for training computer vision models in humanoid robots for object recognition.
Dataset for training natural language processing models in humanoid robots for human interaction.
Sensor data from balance control experiments for training stable locomotion algorithms.
Dataset of human-robot interaction scenarios for training social interaction capabilities.
Comprehensive dataset of manipulation tasks and object handling for training dexterous control.
Integrate NeoRobotics humanoid robots with your applications using our comprehensive API.
import neorobotics as nr
# Initialize robot connection
robot = nr.HumanoidRobot(api_key="your_api_key")
# Connect to robot
robot.connect("atlas_001")
# Send movement command
robot.walk(distance=2.0, speed=1.5)
# Get sensor data
sensors = robot.get_sensors()
print(f"Battery: {sensors['battery']}%")
# Perform manipulation task
robot.grasp(object_id="cup_001")
robot.move_to(position=[1.0, 0.5, 0.8])
robot.release()
# Disconnect
robot.disconnect()const NeoRobotics = require('neorobotics-sdk');
// Initialize robot
const robot = new NeoRobotics.HumanoidRobot({
apiKey: 'your_api_key'
});
// Connect to robot
await robot.connect('atlas_001');
// Send commands
await robot.walk({ distance: 2.0, speed: 1.5 });
await robot.turn({ angle: 90 });
// Get real-time data
robot.on('sensorUpdate', (data) => {
console.log('Sensor data:', data);
});
// Perform complex task
await robot.grasp({ objectId: 'cup_001' });
await robot.moveTo({ position: [1.0, 0.5, 0.8] });
await robot.release();
await robot.disconnect();