Homeward bound for the team at AsReader and TEIJIN FRONTIER (U.S.A.), INC., who ended the A3 - Association for Advancing Automation show on a high note, with Kris Doane and Paul ポール Whitney (not pictured) presenting RFID use cases to AutoID students at The University of Memphis. ?? #rfid #asreader RecoHand? - Wearable RFID Reader-
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Today, we are at Danisi Engineering to test with professional polysomnigraphs the algorithms for predicting driving drowsiness on a state-of-the-art simulator. The purpose of these days is the acquisition of data and the validation of the algorithms we have created with scientifically accurate instruments. Our goal is to create a safe and reliable tool on easily wearable devices by optimizing the developed algorithm for biometric sensors on wearable devices. We are also expanding the range of technical solutions to offer customers drowsiness monitoring by testing and validating an approach in which biometric data is acquired by radar instead of wearable devices. To learn more about FLEETPredict click here: https://lnkd.in/gSrFfukt #fleetpredict #biometrics #radar
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Today, we are at Danisi Engineering to test with professional polysomnigraphs the algorithms for predicting driving drowsiness on a state-of-the-art simulator. The purpose of these days is the acquisition of data and the validation of the algorithms we have created with scientifically accurate instruments. Our goal is to create a safe and reliable tool on easily wearable devices by optimizing the developed algorithm for biometric sensors on wearable devices. We are also expanding the range of technical solutions to offer customers drowsiness monitoring by testing and validating an approach in which biometric data is acquired by radar instead of wearable devices. To learn more about FLEETPredict click here: https://lnkd.in/gSrFfukt #fleetpredict #biometrics #radar
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Researchers at the Daegu Gyeongbuk Institute of Science and Technology have developed a revolutionary wearable device that generates electricity from body movements. Utilizing a three-dimensional stretchable piezoelectric energy harvester, this innovative device converts mechanical energy from joint motions into power for electronic devices. Unlike previous piezoelectric harvesters that struggled with efficiency, the DGIST system offers a practical solution for wearable technology, seamlessly transforming everyday activities like walking into a reliable energy source. https://lnkd.in/ej-ahpS6 FuturistSpeaker.com
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The integration of wearable sensors in clinical trials offers numerous benefits, from real-time data collection to improved patient engagement. These sensors not only enhance trial efficiency but also provide more accurate, patient-centered data. Discover how incorporating wearable technology can give your clinical trials a competitive edge. Ready to elevate your trials? Unlock the benefits: https://hubs.la/Q02N5Hd_0 #clinicalresearch #clinicaltrials #digitalendpoints #digitalbiomarkers
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I am pleased to announce that the article titled?"ASTRA Glove: A Wearable Tracking Device for Accurate Sensing and Tracking of Realtime Articulations"?has been published by AstraBionics Company. This innovative device is designed to provide precise tracking of hand movements in real-time, making it a significant advancement in wearable technology. The Astra Glove captures all joint movements without errors and operates seamlessly without environmental limitations, ensuring accuracy and reliability for various applications, including healthcare, gaming, and virtual reality. AstraBionics Dr. Reza Almasi Mohammad Reza Nayeri https://lnkd.in/ekCfdnTn
We're honored to announce our article is published: "ASTRA Glove: A Wearable Tracking Device for “Accurate Sensing and Tracking of Realtime Articulations”" DOI:?10.1109/JSEN.2025.3528308 Published in:?IEEE Sensors Journal?( Early Access ) https://lnkd.in/dkH6CB7X Abstract: Precise tracking of hand movements is essential for applications in robotics, virtual reality, rehabilitation, and human-computer interaction. Wearable devices, such as gloves equipped with Inertial Measurement Units (IMUs), have emerged as a promising solution for capturing detailed hand kinematics. This paper introduces ASTRA Glove, an advanced wearable kinematic tracking device that can precisely sense hand movements in real time. The system consists of 16 inertial measurement units (IMUs) to measure 23 degrees of freedom (DoF) for hand motions. A new Kalman filter-based 6-DoF sensor fusion algorithm has been developed to provide high levels of precision as well as real-time performance, all while being easy to integrate into practical applications. One feature of this glove is a fast and simple calibration methodology, which allows for accurate tracking of hand movements. In addition, it is affordable, comfortable, lightweight, sturdy, and easy to wear for prolonged periods. It addresses the typical IMU drift problems by a drift reduction technique that substantially enhances its stability and reliability. In addition, a real-time simulator has been created that allows users to visualize the motions of the hands and displays joint positions with high accuracy. The experimental results indicate that ASTRA Glove can achieve higher accuracy than other systems with joint angle errors below 1 degree and fingertip position error of 1.47 mm in different hand movement tasks. Dr. Reza Almasi AstraBionics #astrabionics #controlglove #smartglove #bionics #robotics Behzad Moshiri Mohammad Reza Nayeri Ali Nikkhah
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RFID wristbands are wearable devices integrated with radio frequency identification technology, used for fast identity recognition and contactless payment, commonly applied in events, amusement parks, hotels, and other venues. #rfidwristband #RFIDtag #rfidbracelet #nfcwristband #nfcbracelet #nfctag #nfcaccess
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#ScienceFact – clinical trials are being revolutionised using wearable technology – which helps to enable a more continuous approach to data collection, reducing site visits, potentially making participation in a clinical trial more convenient. #PfizerUK
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Navigating tight or hard-to-reach spaces is no challenge for our advanced scanning technology. With wearable devices like the NavVis VLX, we can capture detailed data in environments that are difficult to access. Whether it's a complex industrial setting or a confined area, our system provides accurate, efficient scans that save time and reduce manual labor. Need precise data from those hard-to-reach places? Get in touch to see how our innovative scanning solutions can transform your next project. #RealityCapture #DataSolutions #CaptureAll #InnovationInAction #AdvancedScanning #EfficientSolutions
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We're honored to announce our article is published: "ASTRA Glove: A Wearable Tracking Device for “Accurate Sensing and Tracking of Realtime Articulations”" DOI:?10.1109/JSEN.2025.3528308 Published in:?IEEE Sensors Journal?( Early Access ) https://lnkd.in/dkH6CB7X Abstract: Precise tracking of hand movements is essential for applications in robotics, virtual reality, rehabilitation, and human-computer interaction. Wearable devices, such as gloves equipped with Inertial Measurement Units (IMUs), have emerged as a promising solution for capturing detailed hand kinematics. This paper introduces ASTRA Glove, an advanced wearable kinematic tracking device that can precisely sense hand movements in real time. The system consists of 16 inertial measurement units (IMUs) to measure 23 degrees of freedom (DoF) for hand motions. A new Kalman filter-based 6-DoF sensor fusion algorithm has been developed to provide high levels of precision as well as real-time performance, all while being easy to integrate into practical applications. One feature of this glove is a fast and simple calibration methodology, which allows for accurate tracking of hand movements. In addition, it is affordable, comfortable, lightweight, sturdy, and easy to wear for prolonged periods. It addresses the typical IMU drift problems by a drift reduction technique that substantially enhances its stability and reliability. In addition, a real-time simulator has been created that allows users to visualize the motions of the hands and displays joint positions with high accuracy. The experimental results indicate that ASTRA Glove can achieve higher accuracy than other systems with joint angle errors below 1 degree and fingertip position error of 1.47 mm in different hand movement tasks. Dr. Reza Almasi AstraBionics #astrabionics #controlglove #smartglove #bionics #robotics Behzad Moshiri Mohammad Reza Nayeri Ali Nikkhah
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Spotlight on Key Technologies Driving Smart Ring Adoption. As the smart ring market evolves, two technologies stand at the forefront: NFC and biometric sensors. These innovations are not just enhancing user experience but are paving the way for broader applications across industries. Our latest post explores how NFC enables more than just contactless payments—it's an integral part of the secure, digital interaction ecosystem. Read our latest blog on how smart rings are setting the stage for the next big shift in wearable tech. https://hubs.li/Q02whNbj0 #SmartRings #WearableTech #TechTrend
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HR assistant manager @Gaotek Inc
5 个月That sounds like a fantastic event for the AsReader team! Ending the A3 show on a high note with presentations on RFID use cases is a great way to share knowledge and inspire the next generation of AutoID students at The University of Memphis. Engaging with students helps bridge the gap between industry and academia, and it’s exciting to see how these technologies can be applied in real-world scenarios.