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Dennis Vasilev

Dennis is Sales Manager at SkyRadar. He is an experienced radar Training Expert and entrepreneur with in depth knowledge about radars and aviation. Dennis worked during many years in military and civilian fields. Dennis speaks English, Bulgarian and Russian and has been working in Europe and Africa. He is driven to conceive the best possible solution for every client.

Ensuring Compliance with ICAO Doc 10057: The Role of Practical Training in ATSEP Surveillance Qualification

 

This article describes how to insure compliance with ICAO Doc 10057 by integrating SkyRadar’s hands-on ATSEP Surveillance Qualification tools for Levels 3, 4, and 5.

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What Makes SkyRadar’s Electronic Warfare Solution so Strong

Training in electronic warfare and radar technology has evolved significantly. For military academies and defense institutions, the ability to combine live radar systems, digital signal processing, and advanced countermeasure algorithms within a single, integrated environment is crucial. SkyRadar’s open and flexible training solutions offer just that, enabling a seamless blend of simulation and live experimentation. This approach not only provides a comprehensive pathway from basic training to advanced research but also supports concurrent learning, distance education, and the integration of emerging technologies like AI. This article explores how SkyRadar’s solutions are redefining defense training and education, providing the tools needed to prepare military personnel for the challenges of modern electronic warfare.

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FreeScopes Disturbance Filtering I: A Vital Tool for Military EW Training

As electronic warfare (EW) becomes increasingly central to modern defense strategies, military academies and training centers must equip their students with the skills to defend critical systems against sophisticated electronic attacks. SkyRadar’s FreeScopes ATC Disturbance Filtering and Analysis I is specifically designed to meet this need, offering an advanced suite of tools to detect and counter various forms of radar jamming and deception. This software extension is targeted at military training institutions focused on developing proficiency in electronic counter-countermeasures (ECCM) for air traffic control (ATC) systems.

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The Future of Radar Training: Discover the Advantages of SkyRadar's FreeScopes

SkyRadar's FreeScopes platform offers a range of distinctive advantages and unique characteristics that make it an ideal choice for educational institutions and training programs focused on radar technology and signal processing.

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AI in ATM - A Featured Topic of the March'24 Edition of Air Traffic Safety Electronics International

The new Air Traffic Safety Electronics Journal is out. The Journal evaluates the Opportunities of Threats of AI to the Aviation sector with contributions from Adeyinka Olumuyiwa Qsunwusi, Sallami Chougdali and Sam Mahlangu. Ulrich Scholten and Dennis Vasilev discuss ATSEP training and changing roles in the light of connected, automated systems and emerging AI.

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SkyRadar will be at the World Didac International 21-23 Nov 2023 in Switzerland

Meet us at the World Didac in Bern! Hall 3.2 Stand W12

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AI and the Evolution of Air Traffic Control: Contrail Mitigation and Climate Change

Exploring AI's role in Air Traffic Control: How contrail mitigation through technology can reduce aviation's climate impact. A sustainable ATC future.

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Enhancing Radar Training and ATSEP Education: Exploring SkyRadar.com's Comprehensive Solutions

SkyRadar.com specializes in radar training and simulation solutions tailored for educational purposes. Their product family is specifically developed to provide comprehensive training and education in radar technology. The target institutions for these solutions are aviation academies, military academies, and universities.

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Digital Virtual Towers in a European Context - Regulations, Compliance, Facts and the Role of ATSEP

A digital tower is a concept that allows the provision of aerodrome air traffic services (ATS) from any location using digital means. Instead of relying on visual control rooms and human eyesight, digital tower technologies utilize digital cameras and sensors to capture surveillance of the aerodrome and transmit the images over a digital network to operators who view them on screens. The goal is to provide ATS from a remote location, centralizing resources and enabling more flexible operations.

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