Field Marshal Bernard Montgomery warned that losing the war in the air would cost the war itself. Over the best part of a century, airpower has defined conflict. The failure to win and sustain air superiority and supremacy makes victory at best difficult, and at worst impossible. The need to secure Electromagnetic Superiority and Supremacy (E2S) will have a similar effect on the wars of tomorrow. Forces failing to win and hold E2S while denyin...

Learn from subject matter experts and influencers from military, government, academia and industry who will speak to a multitude of topics around this year's theme. Whether it is from a main stage keynoter, or a breakout session panelist, plan to walk away equipped with the latest developments in technology and governance in pursuit of EMS capability superiority. Gain exposure to a show floor brimming with cutting edge technologies and service...

The foundation of modern electromagnetic battle management (EMBM) ) in complex electromagnetic operating environments for Joint Force operations is Situational Awareness (S/A). Situational Awareness for Joint Force Electromagnetic Battle Management (EMBM) is vital to enabling freedom of action in the EMS. This EMBM S/A capability creates Spectrum situational awareness in the combatant commands' Joint EMSO Cells on adversary, friendly, and neut...

When: September 12- 28, 2022| Mondays & Wednesdays | 1:00-4:00 PM EDT Where: Live Web Course - No Travel Required Course Length: 18 hours total - delivered across 6 sessions of 3-hours each. PLEASE NOTE: This course will be delivered through ON24. To ensure your computer system has access to ON24, please test your system HERE. DescriptionThis course will cover how artificial intelligence (AI) can be used in electronic warfare (EW). AI enab...

The US military establishment is playing catchup inside the EW sector, with large defense contractors and military test centers scrambling to test and field the best sensor systems to fight against near-peer competitors. While US defense companies develop products against a hypothetical contested spectrum (Baltics, South China Sea), companies in Europe deploy solutions that must work immediately in contested civil/military spectrums, everyday....

Cognitive Electronic Warfare (EW) systems are of critical importance to the future of EW, but despite this the underlying technologies are poorly understood. The goal of this webinar is to outline the architecture of modern cognitive EW systems, and the relevant technologies. Specifically, how Reinforcement Learning works, using a variety of mechanisms to develop a sense, act, reward cycle to explore the solutions space. The webinar will concl...

This webinar will present an overview of how AI can be used in EW. Dr. Haigh will describe opportunities for using AI in situation assessment and electronic support (ES), and decision-making techniques for electronic protect (EP), electronic attack (EA), and electronic battle management (EBM). Haigh will present AI techniques from Situation Assessment, Decision Making, and Machine Learning, and discuss tradeoffs. Haigh will describe approaches...

"With today’s increasingly sophisticated threats in the global defense battlefield and the proliferation of Anti-Access/Area Denial (A2/AD), technology must rise to meet the challenge of complex missions – particularly for those operating across the electromagnetic spectrum. These missions call for ‘smart’ systems that address multiple threats and perform simultaneous functions, meaning that they need to be adaptive, mu...

Electromagnetic Battle Management … What does it really mean? What knowledge is needed to make it real? What tools are needed to make it an activity? How can a real solution be built and fielded? This webinar addresses all of those topics from the perspective of a technologist who has worked in this field for 30+ years … EMBM, EMSO, EW, SIGINT, Spectrum Management … where is our community coming from and where do we need t...

In this webinar, we will review the challenges that mode-agile radar and EW threat emitters pose to traditional static threat library implementations in radar and EW systems, and assess the architecture of cognitive Artificial Intelligence (AI) and Machine Learning (ML) systems that can be used to deliver effective RF countermeasures. We will then discuss to show how MATLAB can be used to create training datasets for radars, communication syst...