What are the applications of tactical MEMS gyroscope? The accuracy level of a tactical MEMS gyroscope is shown in the poster, and we use ER-MG2-069 as an example. It has a range of 400deg/s, bias instability of 0.1 deg/hr, and an angular random walk of 0.05 deg/hr. Although the precision level is not as high as that of navigation MEMS gyroscope, the application range of tactical MEMS gyroscope is still very wide. It can be applied to AHRS, UAV, unmanned vehicle, IMU positioning and orientation, mainly for pitch, roll and heading measurement. In addition to the advantages of MEMS gyroscope, such as small size, low power consumption, light weight and other characteristics, compared with navigation-grade MEMS gyroscope, station data MEMS gyroscope is more cost-effective, and it is a very good choice for customers who need to control the budget. More information about this kind of gyro: https://lnkd.in/eEAH3HJ8
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What are the applications of tactical MEMS gyroscope? The accuracy level of a tactical MEMS gyroscope is shown in the poster, and we use ER-MG2-069 as an example. It has a range of 400deg/s, bias instability of 0.1 deg/hr, and an angular random walk of 0.05 deg/hr. Although the precision level is not as high as that of navigation MEMS gyroscope, the application range of tactical MEMS gyroscope is still very wide. It can be applied to AHRS, UAV, unmanned vehicle, IMU positioning and orientation, mainly for pitch, roll and heading measurement. In addition to the advantages of MEMS gyroscope, such as small size, low power consumption, light weight and other characteristics, compared with navigation-grade MEMS gyroscope, station data MEMS gyroscope is more cost-effective, and it is a very good choice for customers who need to control the budget. More information about this kind of gyro: https://lnkd.in/esbbtrwP
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📣 Exciting Updates! 📣 We're proud to share that our Auterion operating system allows manufacturers like Freefly Systems to build BlueUAS certified systems like Astro Prime, powered by AuterionOS! AuterionOS ensures a cyber-secure, interoperable, and NDAA-compliant system, empowering drone manufacturers like Freefly to deliver top-notch, blue-certified systems. The latest AuterionOS update also enhances support for the Sony ILX-LR1, optimizing performance, video recording, and streaming quality, ensuring top-notch image quality for industrial UAV applications. Read the blog post to learn more about these updates: https://hubs.ly/Q02H6w3F0
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#AlaianStartups | 🛸 Today, we're excited to introduce Dimetor! This #startup specializes in connecting #drones with cellular networks, leveraging artificial intelligence to enhance operational efficiency. Dimetor is revolutionizing industries like telecommunications, logistics, and emergency services with its cutting-edge technology. ✏️ Dimetor's platform uses #AI to optimize drone operations by providing real-time connectivity and data exchange between drones and cellular networks. This AI-driven integration allows for precise navigation, continuous communication, and seamless coordination, making it possible to scale drone operations reliably and securely. What sets Dimetor apart is its ability to seamlessly integrate its AI-powered technology with existing infrastructures, enabling companies to maximize the potential of drones in various industrial applications. Discover more! ⬇️ https://www.dimetor.com/ #Drone | #ArtificialIntelligence | #Innovation
Dimetor
dimetor.com
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Research Article Published in our journal (Mesopotamian journal of Cybersecurity) indexed in Scopus. Title: Ubiquitous Trust Management and Power Optimization for UAV Assisted Mobile Communication. Keywords: Mobile Ad Hoc Networks, UAV, cluster members, Trust Management, Security. DOI: https://lnkd.in/gwPDEN38 Highlights The paper discusses using Unmanned Aerial Vehicles (UAVs) to improve communication in Mobile ad hoc Networks (MANETs). MANETs face challenges like instability and increased energy consumption. UAVs help by transmitting data in the air, especially for sensitive information. The proposed Ubiquitous Trust Management and Power Optimization (UTMPO-UAVs) method enhances security and efficiency. Simulation shows UTMPO-UAVs outperform previous methods in packet delivery, energy efficiency, delay, and routing overhead.
Ubiquitous Trust Management and Power Optimization for UAV Assisted Mobile Communication
journals.mesopotamian.press
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Acecore Technologies´ #NOAHybrid is a powerful UAV that combines different features and capabilities, meeting the demands of users who always look for aerial solutions that can dominate in several industries. Read our article below 👇 #AcecoreTechnologies #NOAHybrid #HybridDrone #DroneNews24
NOA Hybrid Drone from Acecore Technologies - No More Flight-Time Anxiety | Dronenews24
dronenews24.com
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Come to the #UAVNZSymposium to hear our Managing Director Andrew Shelley's perspectives on managing risk in the commercial UAV industry.
📣 We are excited to announce that the 2024 #UAVNZSymposium will be held during the Aviation Industry Association #Conference on the afternoons of: 📅 26 and 27 August 2024 at Te Pae Christchurch Convention Centre. 👥 This in-person event promises to be a pivotal moment for professionals in the commercial UAV industry, offering unparalleled opportunities to network, learn, and contribute to the future of commercial drone operations. 👉 Secure your place today! https://lnkd.in/gmVJPDdK We encourage you to register for the entire AIANZ Conference, including the UAVNZ Symposium, to maximise your experience. 🎟️ Earlybird tickets for the full conference are available until July 15, so book your place today! #UAVNZ #AIANZConference #CommercialDrones #FutureOfAviation #Dronesafety #Research
UAVNZ Symposium 2024 - 26 & 27 August 2024 - Aviation Industry Association
https://aianz.org.nz
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There are many misconceptions 😫 about Quadcopters and Multi-rotors. The FUN FACT is a Quadcopter is LESS stable and LESS efficient than an equivalent regular helicopter or monocopter. 👇 👇 🛫 🛩 Drones are so unstable they need to be fitted with electronic stabilization or a Gimbal because no human can fly a drone effectively without it in reality. 👉 Three Axis or Six Axis Electronic Stabilization (gyro stabilization) 🌌 is used in drones and the parameters in the Controller are to be adjusted for a smooth flight. 🚀 🚀 👉 A gimbal is a pivoted support that permits the rotation of an object about an axis. A set of three gimbals, one mounted on the other with an orthogonal pivot axis, is used to allow an object mounted on the innermost gimbal to remain independent of the rotation of its support. Gimbals are used to stabilize 📸 camera payloads or IMUs 🖲 that have been mounted on drones. #drone #drones #dronetechnology #dronetech #physics #physicswallah #sciencematters #dronepilot #technologyfacts #mechanicaldesign
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#HighlyCitedPaper #JMSE 🌊Title:Synchronized Motion-Based UAV–USV Cooperative Autonomous Landing #Anhui Polytechnic University #HuazhongHuazhong University of Science and Technology 📜 Abstract: A synchronous motion-based control strategy for unmanned aerial vehicle (UAV) landing on an unmanned surface vehicle (USV) is proposed to address the problem of low accuracy or even failure of UAV landing on the surface of a USV under wave action. Firstly, the landing marks are identified and localized based on computer vision; secondly, the USV attitude angle is predicted based on a bidirectional long-short term memory (Bi-LSTM) neural network to ensure that the UAV can respond to USV attitude changes in real-time; furthermore, the UAV attitude controller is designed based on a PID algorithm to realize UAV–USV synchronous motion. The experimental results demonstrate that the proposed UAV–USV synchronous motion landing scheme with high landing accuracy is more suitable for the UAV to achieve autonomous landing on a USV in a complex marine environment. 🔑 Keywords: #UAV; #USV; #synchronousmotion; landing; Bi-LSTM; #PIDalgorithm 🔋 Check it out: https://lnkd.in/gktX_hTq
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Just back from WUAV Conference 2024 - what an eye-opener! Drone companies are pushing boundaries despite regulatory and technical hurdles. Key trends: • B2B Drone deliveries gaining traction (with an insightful talk by Rami Levi) • Hydrogen tech emerging as a game-changer • Overall maturation of UAV technologies From advanced air mobility to AI and cybersecurity, the conference covered it all. The industry is evolving, addressing safety, public acceptance, and economic viability. The next decade promises increased commercial UAV services and applications. Excited to see how these innovations will transform logistics and mobility. What's your take on the future of drones? #WUAV2024 #DroneInnovation #FutureOfAviation
UAV Conference 2024 - A Glimpse to The Future | WUAV 2024
https://wuavconf.com
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Aerobits discusses the features and applications of the company's DRS-1 Dual-Band Receiver Station, the GS2L Ground Station, and the idME PRO advanced Remote ID device > > https://hubs.la/Q02Jnx-T0 Remote ID ground receivers, DRS and GS2L, play a crucial role in enhancing airspace safety and security. These systems can detect and process Remote ID signals from UAVs equipped with Aerobits idME series modules or other available modules, which broadcast identification and location data using BLE and Wi-Fi technologies. Aerobits' solutions, including the newest DRS-1 and idME PRO, are designed to address the current limitations in UAV autonomy and to facilitate the transition from UAV to more autonomous operations. By using DRS-1 receiving station and idME PRO transmitter customers can have complete infrastructure for monitoring and managing the airspace of their drone fleet. Aerobits #technology #uav #drone
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