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Rekrutacje prowadzone przez firmę:
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Data Scientist (machine learning)
Lower Silesia
Wygasła: 23.10.2021
full-time
umowa o pracę
full office work, home office work
senior specialist (Senior)
Obowiązki:
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design
Design, implement and maintain modules related to traffic prediction, accidents prediction, and driver behaviour models (among others)
Work on predictive vehicle routing, predictive capacitated electric vehicle charging, image processing to dynamically allocate vehicles to trips, traffic prediction, accident prediction, driver behaviour analysis
The subject areas include, but are not limited to: Reinforcement learning, Deep learning and adversarial machine learning, Knowledge representation and (symbolic) reasoning, Control theory, Operational research, Multiagent systems, Algorithmic game theory and mechanism design