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MathWorks Successfully Concludes Technology Seminar for Defense and Aerospace Industries
On the 25th, over 100 researchers, engineers, and developers attended.
Divided into Tracks 1 and 2, introducing trends and technology
MathWorks’ ‘MATLAB and Simulink Technology Seminar for Defense and Aerospace Industries’ concluded successfully on the 25th with the attendance of over 100 industry researchers, engineers, and developers.
The seminar, which began at 1 PM, featured presentations on two tracks. In the common session titled "Trends Driving Change in the Defense and Aerospace Industries and Current Status of Technology Adoption," Kim Young-woo, Executive Director of MathWorks Korea, introduced application examples of MATLAB and Simulink, explaining how global defense companies are successfully implementing and utilizing model-based design and technical computing.
In Track 1, Jong-Nam Kim, Deputy General Manager at MathWorks Korea, gave a presentation on 'Image Processing and Computer Vision,' introducing the processes of detecting and tracking objects in images and handling 3D data such as LiDAR processing. He also introduced MATLAB features for effectively utilizing machine learning and deep learning technologies, which are widely applied in the field of image processing.

Lee Je-hoon, Deputy General Manager at MathWorks Korea, discussed model design and verification methods for each development stage based on software standards during the 'Weapon System Software Design and Verification – Model Verification' session in Track 2. In particular, as software complexity increases due to the rapid advancement of electronic systems in the automotive and defense/aerospace sectors, the importance of model-based design and verification was emphasized to shorten time and improve productivity throughout the entire development process, from system design to prototype implementation and testing.
Meanwhile, Yoo Yong-chul, a manager at MathWorks Korea, gave a presentation on the topic of "Methods for Utilizing Static Analysis Tools for Weapon System Software Development," providing information on changes related to static testing in the weapon system SW development and management manual, and introducing the Polyspace product family, a static analysis tool to address these changes.
Lee Jong-min, CEO of MathWorks Korea, stated, “MATLAB and Simulink support the agile incorporation of hardware and software requirements into system models to enhance the development process of systems and applications in the defense and aerospace industries, where high levels of stability and precision are required, while simultaneously training models and verifying stability in various simulation environments.”
Divided into Tracks 1 and 2, introducing trends and technology
MathWorks’ ‘MATLAB and Simulink Technology Seminar for Defense and Aerospace Industries’ concluded successfully on the 25th with the attendance of over 100 industry researchers, engineers, and developers.
The seminar, which began at 1 PM, featured presentations on two tracks. In the common session titled "Trends Driving Change in the Defense and Aerospace Industries and Current Status of Technology Adoption," Kim Young-woo, Executive Director of MathWorks Korea, introduced application examples of MATLAB and Simulink, explaining how global defense companies are successfully implementing and utilizing model-based design and technical computing.
In Track 1, Jong-Nam Kim, Deputy General Manager at MathWorks Korea, gave a presentation on 'Image Processing and Computer Vision,' introducing the processes of detecting and tracking objects in images and handling 3D data such as LiDAR processing. He also introduced MATLAB features for effectively utilizing machine learning and deep learning technologies, which are widely applied in the field of image processing.
Lee Je-hoon, Deputy General Manager at MathWorks Korea, discussed model design and verification methods for each development stage based on software standards during the 'Weapon System Software Design and Verification – Model Verification' session in Track 2. In particular, as software complexity increases due to the rapid advancement of electronic systems in the automotive and defense/aerospace sectors, the importance of model-based design and verification was emphasized to shorten time and improve productivity throughout the entire development process, from system design to prototype implementation and testing.
Meanwhile, Yoo Yong-chul, a manager at MathWorks Korea, gave a presentation on the topic of "Methods for Utilizing Static Analysis Tools for Weapon System Software Development," providing information on changes related to static testing in the weapon system SW development and management manual, and introducing the Polyspace product family, a static analysis tool to address these changes.
Lee Jong-min, CEO of MathWorks Korea, stated, “MATLAB and Simulink support the agile incorporation of hardware and software requirements into system models to enhance the development process of systems and applications in the defense and aerospace industries, where high levels of stability and precision are required, while simultaneously training models and verifying stability in various simulation environments.”
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