Matlab, Simulink

Bialystok University of Technology offers a Campus-Wide License, providing access to MATLAB and Simulink, along with additional toolboxes, for all lecturers, researchers, and students.

The software can be used for teaching, non-commercial scientific research, and learning. The license allows installation on both university equipment and personal computers.

Key Benefits of the Campus-Wide License:

Access to the latest software versions.
Support for learning and research: The license supports both education and non-commercial research projects, enabling collaboration across different disciplines.
Educational resources: Users have access to online courses, teaching materials, and learning tools.

The Campus-Wide license includes:

Matlab:

MATLAB is an advanced computing environment and programming language widely used in engineering, natural sciences, and mathematics. It enables complex calculations, data analysis, visualization, and the creation of models and simulations.

Example Applications:

Embedded Systems – MATLAB is used for designing and testing embedded systems, such as electronic devices and automation systems.
Control Systems – Enables analysis, design, and optimization of control systems, which are essential in industry and engineering.
Signal Processing – Used for signal analysis and processing, critical in telecommunications and audio engineering.
Image Processing and Computer Vision – Facilitates image analysis and the development of algorithms for pattern recognition and visual analysis.
Wireless Communication – Supports development and testing of wireless communication systems, vital for modern communication technologies.
Internet of Things (IoT) – Used for designing and analyzing IoT systems, which integrate various devices and enable data exchange.

Simulink:

Simulink is a platform for multi-domain simulation and dynamic system design using models. It allows visual modeling through block diagrams, enabling system analysis and optimization.

Main applications of the software:

Modeling and Simulating Dynamic Systems – Used to model mechanical, electrical, hydraulic, and other systems for analysis and optimization.
Control System Design – Facilitates the design and testing of control algorithms, crucial in automation and robotics.
Signal Processing and Communication – Supports signal analysis, processing, and communication system design.
Code Generation – Enables automatic code generation from Simulink models for fast deployment on real hardware.
Testing and Verification – Allows continuous testing and verification of embedded systems, improving reliability and project quality.
More information about Simulink can be found on the Simulink website.

Polyspace:

Polyspace is a static code analysis tool that helps software engineers identify and fix errors in C, C++, and Ada source code. It uses formal methods to detect potential runtime errors, such as buffer overflows, arithmetic overflows, and division by zero.

Main applications of Polyspace:

Code Verification – Analyzes source code to detect potential execution errors, such as buffer overflows, arithmetic errors, and data flow issues.
Software Security – Helps identify and eliminate security vulnerabilities in code, crucial for safety-critical applications.
Compliance with Standards – Supports compliance with industry standards such as MISRA C, ISO 26262 (automotive industry), and DO-178C (aviation).
Test Automation – Enables automated code testing, accelerating verification and improving accuracy.

Installation and support

We recommend reviewing free educational resources, including courses, tutorials, and license policies.

Installation instructions for MATLAB software are available on the UCI BUT Documents page.

Technical support in the software installation is provided by the University IT Centre. Notifications regarding the above-mentioned software should be sent via the  Helpdesk notification system.

For subject-related support, contact Oprogramowanie Naukowo-Techniczne Sp. z o.o. using their technical support form.