Abstract: The present disclosure describes techniques for generating, maintaining, and operating a cooperative virtual reality (VR) environment across multiple computing devices. By utilizing these techniques, disparate users are able to work independently or in collaboration on projects within a single VR environment without the latency issues that plague prior VR environments. That is, unlike prior systems which are plagued with latency issues that interrupt the user's VR experience, the techniques described in the present disclosure allow for cooperative VR environments to be rendered in real time across large numbers of computing devices while enabling each computing device to provide a smooth user experience. Additionally, the techniques described herein distribute the data processing and analysis between the VR server and the individual computing devices rendering the cooperative VR environment.

Abstract: The present disclosure describes techniques for generating, maintaining, and operating a cooperative virtual reality (VR) environment across multiple computing devices. By utilizing these techniques, disparate users are able to work independently or in collaboration on projects within a single VR environment without the latency issues that plague prior VR environments. That is, unlike prior systems which are plagued with latency issues that interrupt the user's VR experience, the techniques described in the present disclosure allow for cooperative VR environments to be rendered in real time across large numbers of computing devices while enabling each computing device to provide a smooth user experience. Additionally, the techniques described herein distribute the data processing and analysis between the VR server and the individual computing devices rendering the cooperative VR environment.

Abstract: The present disclosure describes techniques for generating, maintaining, and operating a cooperative virtual reality (VR) environment across multiple computing devices. By utilizing these techniques, disparate users are able to work independently or in collaboration on projects within a single VR environment without the latency issues that plague prior VR environments. That is, unlike prior systems which are plagued with latency issues that interrupt the user's VR experience, the techniques described in the present disclosure allow for cooperative VR environments to be rendered in real time across large numbers of computing devices while enabling each computing device to provide a smooth user experience. Additionally, the techniques described herein distribute the data processing and analysis between the VR server and the individual computing devices rendering the cooperative VR environment.