Advanced Intelligent Systems Inc.
#101, 8331 Eastlake Dr.
Burnaby, BC, V5A 4W2
Our software modules are updated continuously to ensure that our products are always at the forefront of innovation in industrial automation.
Our library of software modules enables us to rapidly develop customized solutions for various robotic tasks and user stories.
The LiDAR Sensing Module (LSM) refines, filters, and aggregates 2D LiDAR data for further use.
The Sensor Fusion Module (SFM) includes IMU, Odometry, and LiDAR data fusion for autonomous navigation.
The Point Cloud Mapping Module (PCMP) uses LiDAR data to provide accurate and real-time local mapping of objects around robots and autonomous vehicles.
The Obstacle Avoidance Module (OAM) leverages 2D LiDAR sensors and data to allow for obstacle detection and avoidance.
The Path Planning Module (PPM) enables robots to determine a dynamic navigation route for a calculated start and end point.
The Follow Me Module (FMM) uses LiDAR and depth camera technology for reliable human detection and adaptive control of the robot to follow a target human in navigation.
The Teleoperation Module (TM) is a modular framework for remote robot monitoring and control. This module allows for manual robot control and operation.
The Decision Making Module (DMM) is a modular framework for control algorithms to manage high-level tasks and state-machines.
The LiDAR-based Pot Detection Module (LBPDM) enables accurate and reliable plant pot detection by analyzing 2D LiDAR data using classic and machine learning algorithms
The Object Reachability Ranking Module (ORRM) ranks and prioritizes plant pots for pick-up based on a cost function that depends on various parameters such as distance, time of arrival, and energy consumption.
The Unstructured Localization Module (ULM) enables robot localization with centimeter-accuracy in unstructured environments.
The Safety Package Module (SPM) enables the UV Robot to detect risky situations (e.g., collision or UV exposure to humans) and execute the appropriate reactions for safety purposes.
The Holonomic Steering Module (HSM) generates control commands for holonomic navigation using omnidirectional mecanum wheels.
The IMU Calibration Module (ICM) Removing IMU-based orientation drifts recurrently using arrays of plant pots or other landmark features.
The Manipulation while Navigation Module Adaptive control algorithms for Dynamic Pickup and Drop-off of potted plant in rows