Tanat Tonguthaisri, CISSP®’s Post

Sensors MDPI Special Issue "Advancements and Applications of #UAV #Communications with #RF, #Microwave, and #mmWave Techniques" Guest Editors： Khanh Tran Gia Welcome to your submissions: https://lnkd.in/gkahxyWj Keywords: millimeter-wave techniques for UAVs beyond #5G/6G NTNs including UAVs microwave techniques for UAVs UAV #trajectories UAV #edgecaching UAV #distributedcomputing

C8 high-precision UAV positioning terminal, built-in four-arm spiral dual-frequency antenna, supports RTK centimetre-level positioning, has a 5000mAh battery, supports 4G network, and can be connected via TCP to upload positioning data such as device number, latitude and longitude, etc., to the platform for convenient real-time observation and supervision via JT808 protocol. Suitable for plant protection UAV, logistics UAV, patrol UAV and other low altitude supervision applications. #UAV #high-precisionUAVpositioningterminal

Read #HighlyAccessedArticle “Survey on UAV Deployment and Trajectory in Wireless Communication Networks: Applications and Challenges" by Sang Ik Han. See more details at: https://lnkd.in/gj3NRSpe #UAV #machinelearning

The future of #UAV detection is here! Discover the innovative lightweight air-to-air UAV target detection model that promises enhanced efficiency and accuracy in #unmanned aerial operations. Learn how this model leverages advanced algorithms and lightweight design to revolutionize UAV target detection. Dive into the details here: https://buff.ly/3VTMq3g . . . #CUAS #DroneTechnology #TechNews #Innovation

New IEEE Transactions on Wireless Communications article Our article "Efficient UAV Hovering, Resource Allocation, and Trajectory Design for ISAC with Limited Backhaul Capacity" has been accepted for publication in IEEE Transactions on Wireless Communications. In this paper, we investigate the joint resource allocation and trajectory design for a multi-user, multi-target unmanned aerial vehicle (UAV)-enabled integrated sensing and communication (ISAC) system, where the link capacity between a ground base station (BS) and the UAV is limited. We jointly optimize the UAV trajectory, UAV velocity, beamforming for the communication users, power allocated to the sensing beam, and time of hovering for sensing to minimize the power consumption of the UAV while ensuring the communication quality of service (QoS) and successful sensing. More information: https://lnkd.in/dzd79jkg

Abhishek Phadke's latest journal article looks at "Modeling Wind and Obstacle Disturbances for Effective Performance Observations and Analysis of Resilience in UAV Swarms". With more UAV swarm research being conducted via simulation, this looks at the specifics on how to accurately and effectively simulate wind and obstacle impediments in order to create more resilient UAV swarm systems. https://lnkd.in/gdM6rhTn

Dive into the future of UAV technology with Aeronautics' hybrid motor Octoper - a Multi Rotor Tactical Platform. The hybrid Octoper, showcases an advanced hybrid system that defines a new standard in heavy multi-rotor UAV technology. Engineered for effortless deployment, with extended hover capabilities, advanced situational awareness, and seamless integration of diverse payloads, ensures unmatched mission adaptability and operational flexibility. Watch the video and explore how we're shaping the future of aerial operations. #UAV #UAS #UnmannedSystems #Aerospace #Defensetechnology #innovation

Following inquiries about my recent publication on critical UAV subsystems, let me summarize and emphasize that the significance of these subsystems varies depending on the UAV's purpose. However, collectively, these subsystems play a pivotal role in determining the UAV's capabilities and effectiveness. Key UAV subsystems encompass: Propulsion System: Essential for flight, providing power and engines. Communication System: Facilitates data exchange between the UAV and ground control. Navigation System: Utilizes GPS and sensors for precise positioning and route planning. Autopilot System: Manages the UAV's flight autonomously, minimizing manual input. Payload System: Carries sensors, cameras, or specialized equipment for specific tasks.

Another upgrade for Professional Aerial Mapper

The Ultimate #UAV Win-Strategy!  Discover how ideaForge's unbeatable combination of UAVs and GCS software ensures mission success. From commanding your #drone with our Blue Fire Touch to live monitoring with Blue Fire Live!, here's the complete innovation package. To learn more, read this blog now➡https://bit.ly/408opai #surveillance #mapping #drones