SUPERIOR - SUPer-immErsive remote working via Virtual RealIty cOntrolled Robotics

Ecom很高兴与格拉斯哥大学合作推出SUBERVER(通过虚拟现实控制的机器人进行超级沉浸式远程工作)项目，该项目将通过ECom的VR和触觉控制技术提供对其机器人实验室的访问。这个项目将改变对面对面的机器人培训和工程师进行原型开发的需求。将机器人与VR相结合将发明一种全新的过程，在这种过程中，昂贵的资源可以在24/7全天候由全球研究人员和学生进行原型制作、建模和评估。我们发明了我们的过程，因为我们专注于如何允许我们的学生远程工作，以获得完成他们学习所需的所需性能，然后意识到，将我们的目标与eCom的技术能力相结合，为工程师提供了商业规模开发应用程序的可行性，而不需要目前的旅行成本障碍。我们的愿景是提供真正身临其境的体验，学生可以通过VR界面实时看到他们的电子构建过程和结果示波器。格拉斯哥大学电子科技中心院长、无线通信系统[ttps://www.gla.ac.uk/schools/engineering/staff/muhammadimran/][0]This可行性项目教授Muhammad Imran教授将允许我们开发和试验一个模型流程，以测试远程机器人解决方案的弹性，国际学生可以在实验室中使用通过VR耳机控制的机械臂来构建他们的电子套件。这是一个要求很高且令人兴奋的项目，因为它有可能给电子制造带来革命性的变化，并允许eCom评估开发项目的潜力，以便将这一方面的后续研究商业化到他们的VR交付模型中。[0]：https://www.gla.ac.uk/schools/engineering/staff/muhammadimran/

eCom is excited to introduce SUPERIOR (SUPer-immErsive remote working via Virtual RealIty cOntrolled Robotics), project in collaboration with University of Glasgow who are providing access to their robotics lab via eCom's technology for VR and haptic controls. This project will transform the need for face to face Robotics training, and for engineers undertaking prototype development.Integrating Robotics with VR will invent a completely new process where expensive resources can be utilised for prototyping, modelling, assessment by researchers and students internationally in a 24/7 operation."We invented our process by focusing on how we can allow our students to work remotely to obtain the desired performance needed to complete their studies and then realised that merging our objective with eCom's technology capabilities, provided the feasibility of developing applications at commercial scale for engineers, without the current cost barriers of travel. It is our vision to provide a truly immersive experience, where students can see real-time their electronic build in process and the resulting oscilloscope via the VR interface." UoG - Prof. Muhammad Imran, Dean University of Glasgow UESTC and a Professor of Wireless Communication Systems [ttps://www.gla.ac.uk/schools/engineering/staff/muhammadimran/][0]This feasibility project will allow us to develop and trial a model process to test the resilience of remote robotics solutions with International students, where they can build their electronics kit in the lab using the robotic arm controlled via the VR headset. This is a demanding and exciting project as it has the potential to revolutionise electronic manufacturing, and allow eCom to evaluate the development project potential for a follow on research to commercial this aspect into their VR delivery models.[0]: https://www.gla.ac.uk/schools/engineering/staff/muhammadimran/