IEEE Xplore’s Post

Dive into our updated blog as we explore the game-changing role of #ArtificialIntelligence in commercial #PhysicalSecurity. 🌐🔒 From Unmanned Ground Vehicles (UGVs) to Unmanned Aerial Vehicles (UAVs), discover how AI-driven robots and drones are reshaping the security landscape! Read it here:https://bit.ly/3Oi3YTK #TEAM101 Security 101 #BlogSeries #ArtificialIntelligence

As unmanned aerial vehicles become increasingly complex, the need for sophisticated and reliable I/O becomes ever greater. UEI's expansive range of versatile I/O covers verification & validation testing to deployment in extreme environments. #UAVs #drones #hardwaretesting #embeddedtechnology

As unmanned aerial vehicles become increasingly complex, the need for sophisticated and reliable I/O becomes ever greater. UEI's expansive range of versatile I/O covers verification & validation testing to deployment in extreme environments. #UAVs #drones #hardwaretesting #embeddedtechnology

Türkiye’s national unmanned aerial vehicles (UAVs) will be able to be controlled with Türksat satellites, starting with Türksat 5B, according to a senior official, who also said it would no longer be possible to intervene in the control of these devices from outside. #TürkiyeTrade #GTF2024 #GlobalTradeForum #EUTradeRelations #EuropeEconomy #TradeDiplomacy #TradeAlliance #GlobalCommerce #CrossBorderTrade #EconomicPartnership #TradeTalks #TürkiyeExports #EUTradePolicy #TradeCollaboration #InternationalTrade #TradePartners #EconomicIntegration #EuropeanUnion #TradeOpportunities #GlobalEconomy

OceanAlpha recently discussed the importance of subsea pipelines, why unmanned surface vehicles (USVs) are ideal for conducting underwater surveys in challenging environments, and delves into a recent critical mission where its L25 USV autonomously inspected 2 kilometers of undersea pipeline. 🌊 https://bit.ly/4bXBDLx #PipelineInspection #subsea #USVs #UnderwaterSurveys #L25 #advantages

The development and implementation of artificial intelligence (AI) technologies in unmanned aerial vehicles (UAVs), as well as the safety and production of aviation components, are important areas of research and development.

+ Read our white paper and learn more about: Exploring the Challenges of Transitioning from Legacy to Autonomy in Drone Operations. In less than a decade, the landscape of drone (also known as unmanned vehicles (UV)) operations have experienced a profound transformation, marked by the accelerated evolution from traditional, pilot/operator-centric legacy operations to processes that rely almost entirely on cutting-edge autonomous technologies and very refined operational workflows. As industries increasingly embrace the promise of autonomous drone operations, the journey from legacy pilot/operator-centric workflows to full autonomy presents critical challenges and complexities for technicians, consultants, and decision-makers. This white paper examines the intricacies and caveats associated with this trend shift, comprehensively exploring the factors organizations must consider when navigating the skies of autonomy. #droneoperation #droneautomation #uav #uas

Our latest blog by Project Manager & Mechatronics Engineer, Haktan Y., discussing the evolving future of unmanned aerial vehicles (UAVs) in aviation maintenance. https://lnkd.in/g4Yt3taY #amtil #blog #clearedtolearn #aviationmaintenance"

This is probably related to recent activity in #neptune, but we were invited to join a standards effort at #IEEE. “This standard defines an architecture and protocols to enable self-organizing spectrum-agile communications among unmanned aerial vehicles. The standard enables Unmanned Aerial Vehicles (UAVs) to automatically build a network exploiting available spectrum resources and deploy connectivity to terrestrial users and devices. The standard focuses on enabling the usage of unmanned aerial vehicles for fast network deployment. This standard does not cover specific communication technologies, but it is expected to leverage existing communication standards while introducing additional functionalities at system level.” If you’re interested in representing ORI on this, please let us know. 

Drones are small or medium-sized unmanned aerial vehicles (UAVs). They’re unique in that they can drive remotely and autonomously, and they’re capable of maintaining a controlled, sustained level of flight. The drone system combines robotics with aeronautics. They can be powered by an electric, jet, or combustion motor. They also have very modern equipment: GPS, radar control, infrared, and high-resolution cameras. #Drones #UAVs #Technology #Robotics