Archimedean is your ideal partner if you're building an innovative intelligent system. We incorporate advancements in Research and Technology and select for you the right software and hardware bricks that produce a system that works as expected.
Our Specialties
Mathematics and cognitive computing
Robot vision and photogrammetry
Robotics, sensors and metrology
Automatic control engineering
System engineering
Whether you're seeking for a system anomaly to correct it or developing the system from scratch, the main challenge is to master the individual and joint functional behavior of software and hardware bricks that make it up. It is important to know the individual error model of each brick, and the propagation model of these errors in the system, which is possibly nonlinear.
At Archimedean, we start by developing a philosophy of the behaviour of the system and its elementary blocks: after having identified what is expected of the system, we seek for prior knowledge on its blocks based on what already exists (documentation, applications, scientific corpus, expert opinion). In case of uncertainty, this prior knowledge is tested by experience: the brick of the system is examined by performance tests to validate it and to discriminate the aspects to be fine-tuned.
In the context of new product development, we generally start from technologies that have been tested widely even if they respond less well to the specific need, and we form a prototype. We study the latter to get an idea of its overall behavior. We then improve each of its blocks in an interactive, iterative and constructive way.
Anouar EL MAHYAOUI, founder of archimedean
Navigation
We build systems that combine multisensory input coming from GNSS receiver, accelerometers, gyroscopes, magnetometers, cameras, Lidar, Radar, ultrasonic sensors, with map and itinerary data, to localize a vehicle or a robot, and control it, indoor or outdoor.
Build 3D maps and graph maps for indoor or outdoor environment
Itinerary planning and optimal path identification
Traffic conditions and nearby vehicles monitoring
Simultaneous localization and mapping
Sensors and robotics precision / metrology
Identifying sources of error in robotic systems, improving their accuracy, responsivness, and increasing their reliability and uptime using statistics, signal analysis and metrology.
Sensor and actuator performance evaluation
Measurement bias correction and drift compensation
Noise filtering, signal resampling and magnitude rescaling
Precision improvement using redundancy and multi-sensor fusion
Confidence intervals and tolerance limits setting
Definition of calibration processes
Robot vision and photogrammetry
We support you in the whole process of selecting and integrating camera sensors in your business, from purchasing sensors, mounting them, and specifying necessary lighting conditions, to image acquiring, pre-processing, and developing purpose focused algorithms.
Image processing and segmentation
Camera calibration and camera parameters estimation
3D modeling and geometry generation from Multiview
Depth and distance measurement from images
Real-time pose and trajectory of objects in scene.
Machine learning and cognitive computing
Benefit from our expertise in mathematics, AI algorithmics and computer science to build customized intelligent models for estimation, prediction, or description.
Machine learning and neural networks
Reinforcement learning and Learning by Demonstration
Mathematical programming, metaheuristic optimization and evolutionary algorithms
Probability models, generative models, decision networks, and markovian models
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