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MathWorks Introduces Defense and Aerospace Industry Trends and Technology Adoption Status Through Seminar
Held 'MATLAB & Simulink Technology Seminar for the Defense and Aerospace Industries'
MathWorks (kr.mathworks.com), a leading company in the field of technical computing software, announced today that it will hold the 'MATLAB & Simulink Technology Seminar for Defense and Aerospace Industries' at Hotel Intercity Daejeon.
MATLAB and Simulink are representative technical computing languages used by more than one million engineers and scientists to share ideas and collaborate, and are utilized to design, execute, and test aerospace, marine, and terrestrial systems.
Global aerospace and defense companies, including NASA, are using MATLAB and Simulink in major projects such as the F-35 Joint Strike Fighter, Mars rovers, and unmanned aerial vehicles. In Korea, Korean Air also developed new flight control software for unmanned aerial vehicles by utilizing MathWorks' model-based design.

This seminar, hosted by MathWorks Korea, will be held from 1:00 PM to 5:00 PM for researchers, engineers, and developers working in the defense and aerospace industries. Frank Liu, Marketing Manager for Aerospace and Defense at MathWorks, Deputy General Manager Jong-Nam Kim, an Application Engineer in signal processing and communication systems at MathWorks Korea, and Deputy General Manager Ho-Hyun Seong, who is in charge of technology fields such as big data analysis, high-speed computing capabilities using parallel and distributed processing, and image and signal processing, will lead the session.
The seminar is divided into two tracks, and the session titled 'Trends Driving Change in the Defense and Aerospace Industries and Current Status of Technology Adoption' is scheduled to be included in both tracks. This session will introduce application examples of MATLAB and Simulink and explain how global defense companies are successfully applying model-based design. In addition, Track 1 includes sessions on 'Reducing the Development Cycle of Radar System Design through Model-Based Design' and 'Automated HDL Code Generation and Verification for FPGA/ASIC Design,' while Track 2 features sessions on 'Data Utilization Techniques in MATLAB' and 'MATLAB for Data Analytics Development.'
Lee Jong-min, CEO of MathWorks Korea, stated, “MATLAB and Simulink are effective in shortening overall development time and reducing costs by integrating design and analysis environments into software development, enabling the early detection and resolution of issues.” He added, “We organized this seminar to share useful features and application examples of MathWorks solutions so that professionals in the defense and aerospace industries can work more efficiently.”
Detailed information about the event can be found at the 'MATLAB & Simulink Technology Seminar for the Defense and Aerospace Industries'.
MathWorks (kr.mathworks.com), a leading company in the field of technical computing software, announced today that it will hold the 'MATLAB & Simulink Technology Seminar for Defense and Aerospace Industries' at Hotel Intercity Daejeon.
MATLAB and Simulink are representative technical computing languages used by more than one million engineers and scientists to share ideas and collaborate, and are utilized to design, execute, and test aerospace, marine, and terrestrial systems.
Global aerospace and defense companies, including NASA, are using MATLAB and Simulink in major projects such as the F-35 Joint Strike Fighter, Mars rovers, and unmanned aerial vehicles. In Korea, Korean Air also developed new flight control software for unmanned aerial vehicles by utilizing MathWorks' model-based design.
This seminar, hosted by MathWorks Korea, will be held from 1:00 PM to 5:00 PM for researchers, engineers, and developers working in the defense and aerospace industries. Frank Liu, Marketing Manager for Aerospace and Defense at MathWorks, Deputy General Manager Jong-Nam Kim, an Application Engineer in signal processing and communication systems at MathWorks Korea, and Deputy General Manager Ho-Hyun Seong, who is in charge of technology fields such as big data analysis, high-speed computing capabilities using parallel and distributed processing, and image and signal processing, will lead the session.
The seminar is divided into two tracks, and the session titled 'Trends Driving Change in the Defense and Aerospace Industries and Current Status of Technology Adoption' is scheduled to be included in both tracks. This session will introduce application examples of MATLAB and Simulink and explain how global defense companies are successfully applying model-based design. In addition, Track 1 includes sessions on 'Reducing the Development Cycle of Radar System Design through Model-Based Design' and 'Automated HDL Code Generation and Verification for FPGA/ASIC Design,' while Track 2 features sessions on 'Data Utilization Techniques in MATLAB' and 'MATLAB for Data Analytics Development.'
Lee Jong-min, CEO of MathWorks Korea, stated, “MATLAB and Simulink are effective in shortening overall development time and reducing costs by integrating design and analysis environments into software development, enabling the early detection and resolution of issues.” He added, “We organized this seminar to share useful features and application examples of MathWorks solutions so that professionals in the defense and aerospace industries can work more efficiently.”
Detailed information about the event can be found at the 'MATLAB & Simulink Technology Seminar for the Defense and Aerospace Industries'.
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