Autonomous systems and operational performance

In a context where drones and robotic systems are developing and finding numerous use cases in the maritime industry, OSE Engineering supported an autonomous robotics player in the development of an innovative solution aimed at improving the operational and energy efficiency of their embedded systems.

context

The project carried out in collaboration with our client is based on the design of an intelligence embedded on surface ships, allowing them to carry out certain operations independently. This innovative system respects the operational constraints of vessels (regulations, maneuvering capacity) and adapts to different weather and sea conditions.

The main objective is to allow the ship to perform navigation functions such as dynamic positioning, docking or obstacle avoidance independently. This type of technology can be deployed on drones or on manned ships as an aid to decision and maneuvering.

innovations

To meet the requirements of the project, OSE Engineering has developed advanced numerical modeling, optimization and artificial intelligence solutions aimed at maximizing the performance of embedded systems.
The main innovations focus on:

Digital twins

Design of models simulating ship dynamics in real conditions, integrating environmental disturbances such as winds, waves and currents.

Sensor data processing

Development of real-time processing chains to provide a faithful representation of the states of the system and its environment.

Predictive control command

Development of algorithms that anticipate variations in ship behavior to optimize stability and performance during navigation.

embedded intelligence

Design of autonomous systems capable of continuously adjusting trajectories and navigation according to observed conditions.

Calibration by learning

Model adjustment based on sea test data using machine learning techniques, guaranteeing accuracy and robustness.

solutions

The development of a embedded intelligence represents a strategic challenge for the maritime industry.

By allowing the automation of complex tasks and by guaranteeing secure and optimized navigation, these technologies promote a reduction in operational costs and greater system efficiency.

benefits

OSE Engineering's support on this project made it possible to structure a comprehensive and innovative approach to maritime robotics, offering our client concrete and measurable gains:

Autonomous systems and operational performance

Digital twins

Sensor data processing

Predictive control command

embedded intelligence

Calibration by learning

The development of a embedded intelligence represents a strategic challenge for the maritime industry.

By allowing the automation of complex tasks and by guaranteeing secure and optimized navigation, these technologies promote a reduction in operational costs and greater system efficiency.

Reducing the energy consumption of embedded systems

Improving autonomy

Simplifying operational management

Compliance with regulations and constraints

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