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...

As people with common interests in Electronic Warfare (EW), Electromagnetic Spectrum Operations (EMSO), Cyber Electromagnetic Activities (CEMA), Information Operations (IO), and other information related capabilities, we’re all very familiar with the idea of Simulation. By creating a small copy of reality on which to practice with high focus, freedom from consequences and practical reflection, we can save time, money and even lives. This...

This webinar is intended for an audience that wants to gain additional knowledge about tactical electronic support measures (ESM) technology and procedures. We will discuss Signals Intelligence (SIGINT) including its two components Electronic Intelligence (ELINT) and Communications Intelligence (COMINT). We will present applications of ELINT. We’ll discuss SIGINT platforms including aircraft, spacecraft, and ships. The ESM search challen...

Low signal strength, open specifications, and advances in software defined radios have made imitating GPS and other satnav systems within the grasp of relatively unsophisticated bad actors. Mr. Goward will discuss the rapid development of GPS signal deception over the last ten years and what receiver manufacturers and the US government are doing about it.

We are living in exciting and amazing times in which AI is reshaping the future and transforming our lives – in many good ways. What has made these AI advances possible is not only the AI Innovative technologies that have matured but the convergence of AI with multiple innovative technologies that unleash new, unprecedented waves of transformation. These technologies include computational power, 5G, Internet of Things, augmented reality,...

From the beginning, 3GPP’s 5G New Radio standard addresses a triangle of applications, namely enhanced mobile broadband (eMBB), massive machine-type communication (mMTC), and ultra-reliable low latency communication (URLLC). The requirements for the later, driven initially by the two market verticals of industrial internet of things (IIoT) and automotive, will be beneficial for the use case of 5G for mission-critical communication. In th...

Radar systems are able to detect, track, and measure minuscule targets at stupendous ranges. One of the techniques exploited to achieve this is the combination of multiple returns from a single target in a manner similar to that used when sampling signals. But as seen in a previous webinar, sampling is linked to ambiguities - cases where the true properties of a signal cannot be unambiguously determined - and the same is true of radar systems....