Naveed Riaziat’s Post

Adriana Tapus Thank you for hosting my talk at the Hi! Paris symposium on AI and society! https://lnkd.in/gzyp_B8Q What a cool mix of talks and speakers from all around the world: * Future directions in ML and robotics * Social and socially assistive robotics * Design, art, and interaction * Medical robotics * Disaster and battlefield robotics * Ethics and regulation Robotics is hard. Deploying robots into the world in valuable, sustainable, appropriate, and acceptable ways is just as hard. It's great to hear about progress being made toward tackling these challenges.

Researchers at the Social and Intelligent Robotics Research Lab at the University of Waterloo have developed a robot that uses algorithms and cameras to help people live more independent lives. While developing the assistive robot, post-doctorate student Ali Ayub realized that by utilizing the information stored in the robot's memory, it could be used for tasks such as finding objects in the home. A feature that specifically could be of use to people with dementia. Learn more: https://lnkd.in/gv5JSH-u

Over the next couple of weeks I thought we could share some of the science and research behind the Torque3 platform. Starting with this whitepaper "Integrating Robotics and Virtual Reality to Enhance Neuroplasticity and Stroke Rehabilitation" - https://lnkd.in/gmHDhAGf

This is a pretty big deal for robotics - tactile sensing. “… the DIGIT Pinki sensor is suitable for applications such as robotic and teleoperated digital palpation. We demonstrate its utility for palpation of the prostate gland and show that it can achieve clinically relevant discrimination of prostate stiffness for phantom and ex vivo tissue.” https://lnkd.in/gNbtUmx3 Collaboration between @AIatMeta, @Stanford, @DKFZ and @tudresden_de. Research partially supported by @SECAI_School and @TactileInternet.

Learn how to leverage it or bury your head in the sand, either way robotics are coming for every industry. How do you choose to handle what’s coming? (Known and unknown)

🚀 Exciting Update!! 🤖💡 Thrilled to share that I had achieved a major milestone in the field of robotics and bioengineering 🎉 I have successfully completed a groundbreaking project involving a motion-mimicking robotic arm technology that mirrors the movements of the human arm in real time. 🌐 This cutting-edge technology opens doors to a myriad of applications, including: ✨ Robotic Surgery: Enhancing precision and control in medical procedures. ✨ Hands-On Remote Access: Enabling real-time manipulation from a distance. ✨ Bomb Diffusing Robots: Enhancing safety and efficiency in hazardous situations. The possibilities are limitless, and I am proud to contribute to advancements that have the potential to revolutionize various industries. 🌟 #Robotics #Innovation #Technology #Bioengineering #RoboticsInHealthcare #TechAdvancements #Engineering #MilestoneAchievement #FutureTech 🤖🔧✨

I recently completed a fascinating course on Robotic Rehabilitation this semester, and I wanted to share some of the exciting topics covered in the course: I. Basics of Robotics: Delved into the fundamental principles of robotics, robot kinematics, dynamics and control. II. Human Biomechanics: Studied human movement mechanics, joint mechanics, muscle function, and motor control in great depth. III. Biomedical Assessment: Acquired a comprehensive understanding of diverse assessment techniques utilized in the realm of rehabilitation. IV. Prosthetics: Explored the design and integration of prosthetic devices with robotics, enhancing mobility and quality of life during rehabilitation. V. Exoskeletons: Explored wearable robotic exoskeletons for gait assistance and rehabilitation, studying their mechanisms, control algorithms, and clinical applications. VI. Cognitive Rehabilitation: Explored technologies and innovative approaches (such as virtual reality) aimed at restoring cognitive function. Course flyer could be fund in the link below: https://lnkd.in/dkN_Y7wQ I would like to extend my sincere appreciation to Dr. Rezvan Nasiri for his invaluable guidance and expertise as the course instructor and also Mostafa Hamidifard and Sajjad Alamdar for their great assistance throughout the course. Videos description: 1. Controlling simulated hand joints for a specific configuration using PID 2. "Rabbit" model used for human walking simulation 3. Flow controller implemented to control a sagittal 2DOF robot 4. Musculoskeletal gait modeling in OpenSim.

Have you registered for this month's webinar on human emotions and robotics? 🤖🧠 If not, make sure you save your spot for our session with Simone Borghi to learn about the complexities of stress analysis using a multimodal approach, including #EEG signals. ⚙️🦾 Learn how these technologies are shaping the future of human-robot interaction in modern manufacturing, register here: https://lnkd.in/dn6qavm2 #Neurotechnology #Industry #Manufacturing #Robotics #Technology #Tech #Neuroscience #Innovation #Research #Webinar #Science #Electroceuticals #Medtech #Innovation #HealthTech #BCI #Robot #Enobio Università degli Studi di Modena e Reggio Emilia

Surgeons will benefit from robotics! 👩🏼⚕️ Imagine a future where surgeons can perform complex procedures with superhuman precision, doctors can hone their skills through ultra-realistic simulations, and patients can recover faster with minimally invasive techniques. ℹ️ How these robots are transforming the surgical industry: → Robots produce better surgical outcomes and fewer complications than humans since they perform complex surgeries with better accuracy. → Surgical robots are designed to enable minimally invasive surgeries, which result in smaller incisions, less tissue damage, and reduced bleeding. → They can be controlled remotely, allowing surgeons to perform surgeries from a distance. This technology has the potential to expand access to specialized surgical care in remote or underserved areas. ❓ Question: Do you think these were pre-programmed actions or a tele-operated ones? Answer in the comment ;) ~~~ ♻️ Repost to help 1 robot find a new workplace.