As digital engineering initiatives gain traction in the radar design workflow, many systems are being delivered with increased capability. Advancements in functionality and integration have made modern radar systems more challenging to design and test.
During this webinar, you’ll learn about:
• How modern digital engineering workflows are impacting radar design and test
• How advancements such as cognitive capability, adaptive modes, and multifunction systems have made modern radar systems more challenging to test
• Solutions that connect system-level simulation, hardware testbeds, subsystem validation, and over-the-air range tests
Reserve your spot now and join us for demonstrations of the latest NI hardware and software for designing and testing radar systems.
This will include a new validation capability built around the NI RF Vector Signal Transceiver and methods for linking MathWorks and NI tools to rapidly transition from simulation to prototype.
EVP & Editorial Director, Military Embedded Systems
John is Executive Vice President & Group Editorial Director of Military Embedded Systems, SOSA Special Edition, and VITA Technologies. He has covered the aerospace and defense electronics industry for more than 25 years. During that time John has...
Solutions Marketing Manager - Aerospace, Defense, and Government, NI
Haydn Nelson, A US Navy Veteran has been in the field of RF and signal processing in aerospace & defense for over 15 years. With a Masters in EE specializing in Electromagnetics, embedded systems, and computer architecture he pairs his technical...
Solutions Marketing Manager - Aerospace, Defense, and Goverment, NI
As a solutions marketer for aerospace and defense at NI, Jeremy Twaits is focused on research, design, prototyping, and deployment solutions that help researchers and systems engineers to accelerate the development of radar, EW, communications,...