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About
Contact us
Didactics
Staff
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Groups
Groups
Control Systems, Modeling, and Mechatronics Group
Discrete Systems Group
Cyber-Physical Systems Group
Vision and Control Systems Group
Laboratories
Laboratories
Vision Systems and Production Quality Monitoring Laboratory
Computer Engineering Applications in Technology Laboratory
Distributed Control Systems Laboratory
Control and Mechatronics Systems Laboratory
Control Systems Modelling Laboratory
Microprocessor Systems in Automation Laboratory
Intelligent Buildings Laboratory
Control System Devices Design Laboratory
Virtual Laparoscopy Laboratory
Discrete Systems Laboratory
Control Devices and Systems Laboratory
Vision Systems and Control Theory Laboratory
Research
Research
Research offer
Business offer
International and economic cooperation
PL
·
EN
About
About
Contact us
Didactics
Staff
News
Groups
Groups
Control Systems, Modeling, and Mechatronics Group
Discrete Systems Group
Cyber-Physical Systems Group
Vision and Control Systems Group
Laboratories
Laboratories
Vision Systems and Production Quality Monitoring Laboratory
Computer Engineering Applications in Technology Laboratory
Distributed Control Systems Laboratory
Control and Mechatronics Systems Laboratory
Control Systems Modelling Laboratory
Microprocessor Systems in Automation Laboratory
Intelligent Buildings Laboratory
Control System Devices Design Laboratory
Virtual Laparoscopy Laboratory
Discrete Systems Laboratory
Control Devices and Systems Laboratory
Vision Systems and Control Theory Laboratory
Research
Research
Research offer
Business offer
International and economic cooperation
Groups
Discrete Systems Group
Group Manager
Prof., Ph.D., D.Sc., M.A. Wojciech Bożejko
wojciech.bozejko@pwr.edu.pl
71 320 2468
Range of Activities
discrete optimization, parallel and distributed algorithms,
task scheduling, resource allocation, flexible manufacturing systems, CAM,
optimization of production processes and transport,
optimization of logistics processes,
modelling and optimization in complex manufacturing systems,
use of supercomputer architectures (cluster, GPU) in optimization,
application of sequential and parallel metaheuristics in solving NP-hard problems.
Offer for Industry
production planning optimization
,
autonomous flying vehicles routing
,
optimization in logistics systems
,
parallel optimization algorithms
,
optimization in conditions of data uncertainty
.
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