19 results about "Virtual collaboration" patented technology

The invention discloses a grid-connected power fluctuation active stabilization control method and system for multi-source new energy, and relates to the technical field of grid-connected power control, and the method comprises the steps: reading equipment data after a multi-source new energy management device is connected; executing data acquisition of environment data, establishing a time sequence environment data set, performing environment prediction, and establishing an environment prediction result; performing collaborative relation identification based on an active identification complementary window, and establishing a collaborative relation identification result; executing initialization of the dynamic response virtual collaboration body; obtaining a time sequence load demand task, and generating a collaborative scheduling result; and carrying out active stabilization control management on grid-connected power fluctuation by utilizing the collaborative scheduling result. The technical problems that in the prior art, during multi-source new energy grid connection, power fluctuation is large, and the stability and reliability of a grid connection system are low are solved, and the technical effects that active stabilizing control over multi-source new energy grid connection power fluctuation is achieved, and the stability and reliability of the grid connection system are improved are achieved.

An example may include identifying an initial context of a meeting based on one or more data inputs received from one or more participant devices operated by a plurality of meeting participants, querying remote data sources to identify one or more additional contexts associated with one or more of a specific period of time and a trending topic related to the initial context, forwarding a first of the one or more additional contexts to a first collaboration space of a virtual collaboration space, forwarding at least one additional context of the one or more additional contexts to a second collaboration space of the virtual collaboration space, identifying one or more sentiment actions associated with the one or more meeting participants, and overlaying the first collaboration space and the second collaboration space on an augmented reality display of a device based on the one or more sentiment actions.

A method for the secure and efficient distribution of documents in online conferences can integrate Speech-to-Text and AI technologies to allow a host to specify sections of a document for sharing, automatically adjusting access based on the clearance level of each participant. This can help enhance the efficiency and security of document sharing in virtual collaborative environments that can balance accessibility with confidentiality.

Techniques for providing using software applications within persistent hybrid virtual collaborative workspaces are provided. In an example, a method establishes a virtual collaborative workspace characterized by or more virtual collaborative workspace resources and associated with one or more users to interact with other users or collaborative workspace resources within the virtual collaborative workspace. The method further receives, from a client device associated with a first user associated with the virtual space, an identification of an application to use in the virtual collaborative workspace. The method, based on the receiving, adds the application to the virtual collaborative workspace and configures the application to access one or more resources associated with the virtual collaborative workspace. The method further provides access to the application within the virtual collaborative workspace to at least a subset of the users associated with the virtual collaborative workspace.

The present application relates to the technical field of railway safety transportation, and discloses a railway safety processing method, device and system based on multi-agent cooperation. According to the received railway safety related task, the meta-cognition arranger dynamically forms a virtual cooperation group including multiple railway task agents, and generates an initial workflow. The meta-cognition arranger drives each railway task agent to cooperatively operate based on the initial workflow and a communication bus, and performs interim reasoning and path optimization during the cooperative operation of each railway task agent. The meta-cognition arranger generates a final decision report according to the output data of each railway task agent. The present application can encapsulate different applications as agents, drive multiple agents to actively cooperate and negotiate to process railway safety related tasks, and generate a final decision report according to the output data of the multiple agents, effectively realizing dynamic cooperation and adaptive global optimization of multiple specialties and multiple tasks.

A communication method comprising generating a virtual space comprising one or more virtual subspaces, each virtual sub-space comprising a directory address, at least one associated function including a communication function, and customisable settings; receiving a request from a user device to access the virtual space providing the user device with access to the virtual space according to an access level associated with a user of the user device, the access level providing the user device with a predetermined selection of the virtual sub-spaces; in response to receiving a selection request from the user device to select a virtual sub-space from the predetermined selection of virtual sub-spaces, providing the user device with access to the virtual sub-space with the associated functions; associating the respective directory address of the virtual sub-space with the user device; and establishing a communication link between the user device and a second user device via the communication function of the virtual sub-space.

One or more computer processors identifying at least one collaborating user within a virtual collaborative environment. The one or more computer processors define at least one volumetric boundary within the virtual collaborative environment. The one or more computer processors generate media content initiated by the at least one identified collaborating user within the at least one defined volumetric boundary. The one or more computer processors selectively record the generated media content within the at least one defined volumetric boundary.

Systems and methods for facilitating virtual collaboration between users within virtual environments are disclosed. A plurality of users access a collaborative virtual environment system using interface devices to establish a virtual collaboration session in which users communicate via a bidirectional real-time communication channel and interact within a virtual environment. Annotations or other user interactions within the virtual environment are automatically propagated to each user in the virtual collaboration session in order to facilitate collaboration. Data from such virtual collaboration sessions may be captured for later use.

A system and method for calculating engagement of users of collaborative software applications. During a virtual collaborative event, behavioral data for participants is collected. Individual engagement scores for each participant are calculated using the collected behavioral data. Aggregated engagement scores of participants are presented to the host of the virtual collaborative event, and an individual participant's engagement score is presented to that participant. Based on the calculated engagement scores, the host or the system may provide gamification rewards to individual participants to reward favorable participation in the virtual collaborative event. The host may also provide activities to participants to increase engagement based on the calculated engagement scores.

Techniques are described with respect to a system, method, and computer program product for dynamically optimizing virtual collaboration environments. An associated method includes analyzing a plurality of resource metrics associated with at least one participant associated with a virtual collaboration; and generating a virtual environment for the virtual collaboration based on the analysis; wherein generating the virtual environment comprises aggregating a plurality of media content associated with the virtual collaboration based on a detected modification to the virtual collaboration.

The aspects described here refer to a virtual collaboration environment. In some examples, a collaborator accesses the virtual collaboration environment using an extended reality device (e.g., an AR or VR headset). Properties can be presented within the virtual collaboration environment. For example, a three-dimensional model can be viewed from various angles and distances. Properties can also be updated during a collaboration session (e.g., using a computer-aided design application). In some cases, a collaborator's perspective can be shared with other collaborators, allowing them to perceive properties from a similar or the same perspective. As another example, a collaboration session can be recorded so that it can be viewed at a later point in time.The recording may allow a collaborator to move freely within the virtual collaboration space and / or from the perspective of other collaborators who were present during the recording.

The system receives an indication of an issue associated with a wireless telecommunication network and an indication of an operator capable of resolving the issue. The system sends a notification to an AR / VR device associated with the operator. The notification indicates the issue and prompts the operator to join a virtual collaboration room. The system receives a request to join the virtual collaboration room from the operator based on a gesture or a voice command detected by the AR / VR device. The system creates the virtual collaboration room, via a 5G wireless telecommunication network, including a screen shared among multiple operators. The system records operations performed in the virtual collaboration room until a resolution to the issue has been determined.

Systems and methods for sharing data streams in a virtual collaboration room. The method includes receiving a user video data stream from a user device for display to one or more other participants in the virtual collaboration environment and receiving a user screen sharing data stream from the user device for display to the one or more other participants in the collaboration environment. The method further includes providing a participant video data stream and a participant screen sharing data stream associated with each participant of the one or more other participants in the collaboration environment to the user device, the data streams associated with each participant configured for simultaneous display with each other participant data stream at the user device and simultaneous display with the user video data stream and the user screen sharing data stream to the one or more other participants.

This disclosure provides systems, methods, and devices for wireless communication that support separate hybrid automatic receipt request (HARQ) acknowledgement by member user equipments (UEs) cooperating as a virtual UE for downlink transmissions. In a first aspect, a virtual UE may detect a downlink transmission, wherein the virtual UE includes two or more member UEs in communication with each other and configured to cooperate in communications with the serving base station. The virtual UE may generate one or more acknowledgement codebooks configured to indicate an acknowledgement status by the virtual UE. The virtual UE may attempt to decode the downlink transmission and report an acknowledgment indicator that reflects the result of the decoding. The acknowledgment indicator includes an acknowledgement state selected from an acknowledgement codebook associated with the member UE. Other aspects and features are also claimed and described.

The invention relates to the technical field of intelligent education, in particular to an intelligent-driven educational resource sharing virtual cooperation method. The method aims to solve the technical problems of inaccurate education resource classification, single user contribution evaluation, fixed virtual scene and incomplete right and interest allocation in the prior art. According to the technical scheme, the method comprises the steps that educational resource data are acquired, knowledge entities are mapped through a domain knowledge graph, and subject feature vectors are generated; calculating a user teaching contribution entropy based on a multi-dimensional weighting algorithm; and establishing a dynamic mapping relationship between virtual space rendering parameters and subject feature vectors and between virtual space rendering parameters and teaching contribution entropies, and realizing adaptive evolution of the appearance, layout and system resource configuration of virtual space nodes. The method further comprises the functions of scene generation driven by an unstructured text, multi-party cooperative interaction and intelligent contract right and interest distribution, the resource matching efficiency can be improved, the user contribution can be accurately evaluated, the virtual cooperative experience is optimized, and the original rights and interests of resources are guaranteed.

Aspects of the present disclosure relate to a virtual collaboration environment. In examples, a collaborator accesses the virtual collaboration environment using an extended reality device (e.g., an AR or VR headset). Properties may be presented within the virtual collaboration environment. For example, a three-dimensional model may be viewed from various angles and at varying distances. Further, properties may be updated during a collaboration session (e.g., using a computer-aided design application). In some instances, the perspective of a collaborator may be shared with other collaborators, thereby enabling the other collaborators to perceive properties from the same or a similar perspective. As another example, a collaboration session may be recorded, such that the session may be viewed at a later point in time. The recording may enable a collaborator to move freely within the virtual collaboration space and / or from the perspective of other collaborators that were present during the recording.

One or more computer processors identifying at least one collaborating user within a virtual collaborative environment. The one or more computer processors define at least one volumetric boundary within the virtual collaborative environment. The one or more computer processors generate media content initiated by the at least one identified collaborating user within the at least one defined volumetric boundary. The one or more computer processors selectively record the generated media content within the at least one defined volumetric boundary.

An example may include identifying an initial context of a meeting based on one or more data inputs received from one or more participant devices operated by a plurality of meeting participants, querying remote data sources to identify one or more additional contexts associated with one or more of a specific period of time and a trending topic related to the initial context, forwarding a first of the one or more additional contexts to a first collaboration space of a virtual collaboration space, forwarding at least one additional context of the one or more additional contexts to a second collaboration space of the virtual collaboration space, identifying one or more sentiment actions associated with the one or more meeting participants, and overlaying the first collaboration space and the second collaboration space on an augmented reality display of a device based on the one or more sentiment actions.

One example method includes receiving, by a computing device, a detection signal wherein the detection signal corresponds to an individual entering a room hosted by a video conference provider; transmitting, by the computing device, a control signal to one or more peripheral devices wherein the control signals cause the one or more peripherals to enter an active state; determining, by the computing device, that the individual is associated with a virtual space; and joining, by the computing device, the virtual space hosted by the video conference provider.