Remote interactive collaboration service

Through network, multiple users can observe, communicate and operate in the same scene so as to realize remote collaboration. Different from traditional remote communication tools, the system allows users to conduct various operations on target objects, including real-time labeling, remote push of text, picture, audio and video to smart glasses, and file editing. Meanwhile, interactive process files can be automatically stored on server for backup.

Platform Support

  • Mobile Devices

    Android Phones

    iOS Phones

    Tablet PC

  • PC

    Desktop

    Laptop

    Tablet PC

  • Wearable Device

    HTV vive

    Hololens

    BT-300

  • Web

Functional Features


  • Multi-terminal account login system, high and lowauthority management settings, and resource access rights settings.

  • Set the control rights of shared resources, encryptthe interactive process to guarantee data security, and avoid the outflow of resources.

  • Authority and operation permission of different usersin the collaborative system are determined on the basis of functionalrequirements. Smart glasses are used to find the problem, control center toprovide remote guidance and assistance, and experts to provide remote guidance andassistance. Among them, control center is the core part.

  • Realize the information interaction process in theentire remote interactive collaboration system among multiple platformterminals, including smart glass, mobile phone and PC.

  • Enable smart glasses to scan and identify targets andactivate a series of subsequent supporting functions.

  • Realize real-time labeling, remote pushing of relatedresource files to smart glasses, editing of files, and automatic storage ofinteractive process files to the server for backup.

  • All processes in the process of real-time labeling andremote interaction are stored on the server so as to facilitate resourcebacktracking and utilization in the future to achieve knowledge accumulation.

  • Adopt client hardware coding and decoding to form anefficient and high-quality remote interaction work flow, and support multiple terminaland cross-platform use.

The service allows multiple users to conduct observation and operation in the same scene. Its synchronous display in front of each user can help achieve accurate collaborative research or operation through voice discussion and communication. Each user obtains consistent real experience, which not only can improve the accuracy of the interactive cooperation, but also has advanced convenience, saving manpower and tool cost between departments or department and workshop to achieve high efficiency and high quality in terms of collaboration effect.

The product covers the mainstream intelligent system, and adds smart glass access according to the actual needs; Authority and operation permission of different users in the collaborative system are determined on the basis of functional requirements. Smart glasses are used to find the problem, control center to provide remote guidance and assistance, and experts to provide remote guidance and assistance. Among them, control center is the core part; The system also controls the authority of shared resources, allowing convenient use for people in need while avoiding outflow of resources.

Technical Characteristics

  • When the system is logged in, authentication isperformed in the way that  identificationverification is performed in background and control is dynamically opened orclosed on the server side.

  • The underlying architecture supports multiple communication collaborations. Different terminals have different permission settings, actively or passively conduct communication, and control room center is set with the highest authority.

  • The interactive system supports several terminals and cross-platform support. Different devices can be added to the remote interaction mechanism anytime and anywhere, including PC, Android mobile and smart glasses.

  • It mainly includes object recognition module, virtual information presentation module and AI voice interaction module.

  • The control center pushes related resource files to the user terminal in real time, and the user terminal obtains and presents them in real time.

  • The real-time labeled data resources in the remote collaboration process will be stored on server automatically, which will serve data backtracking and form a large database for work guidance.

  • In the process of remote interactive coordination, control center has access to remote terminal field for real-time images, use a variety of technical means and annotation tool to provide remote real-time guidance, and remote terminal has real-time access to labeling information.

Application Fields and Implication

Transportation
Education
Electric Power
Energy
High Speed Rail
Automobile
Medical Treatment
Manufacture

Research shows that the number of telecommuters in some of the world's leading technology powers grew by an average of 105 per cent between 2007 and 2017, an unstoppable trend. It is hoped that in the future, our communication will not only upgrade the terminal, but also have a breakthrough in content and dimension. The future of Mobile phone is bright, but the change of communication form brought about by AR technology is also exciting. Soon we will be able to have face-to-face communication with relatives and friends who are thousands of miles away and solve work problems with distant colleagues in the same way.

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