Spatial Modelling
- The optimal performance of robots relies on its spatial awareness of the surrounding environment.
- Traditionally, robots perceive their surroundings by identifying specific targets and measuring spatial locations.
- ECOVACS has improved robots' perception by digitizing the spatial surroundings.
- This digitization creates efficient spatial recognition and mapping leading to precise and effective task execution.
3D Space
Digitization
Digitization
Intelligent Robot Development
Cutting-edge Technology Enabled Spatial Perception
LIDAR
Visual Sensor
Data from multiple sensors is integrated for a lightweight, three-dimensional spatial perception and reconstruction.
LIDAR data provides precise spatial location details. Visual sensor data contains rich insight into environmental semantics. By combining LIDAR and visual sensor data,
ECOVACS robots achieve high precision in their spatial positioning and perception.
3D
Environment Reconstruction
Environment Reconstruction
In a 3D environment, ECOVACS robots generate spatial positioning recognition maps and comprehend intentions more accurately through relative position relationships. This facilitates efficient task execution.
The technology for reconstructing three-dimensional spatial environments keeps advancing, both theoretically and in engineering.ECOVACS robots leverage massive data sets and powerful neural network algorithms to continuously enhance and accelerate environmental reconstruction and spatial perception.