7 results about "Collaborative software" patented technology

The invention discloses a traceable graph construction method based on human-multi-agent collaborative software development, and relates to the technical field of software engineering, and the method specifically comprises the steps: defining a traceable graph framework used for representing the full life cycle of software development; collecting events generated by multiple agents and manual developers in the full life cycle of software development, and normalizing the events into a preset event model; analyzing the preset event model, and creating and updating a corresponding node in the traceable atlas; identifying an evolution relationship of a code entity of software development through static analysis on the basis of a scene, and adjusting the consistency of a tracing relationship between nodes and edges in the traceable atlas on the basis of an identification result; a structured graph query interface and a natural language query interface are provided through the traceable atlas, the problem that event semantics between heterogeneous systems are inconsistent can be solved, an enhanced updating mechanism is provided to guarantee real-time performance and accuracy of the atlas, and the risk of information lag is reduced.

The invention discloses an automatic software distribution and deployment method and system oriented to cloud edge collaboration, and belongs to the technical field of distributed computing and continuous software delivery. The method comprises the following steps: a cloud creates a task based on a declarative deployment description unit and a release strategy; the intelligent scheduler constructs a hybrid distribution network according to the dynamic context of the node to carry out differential scheduling; the edge agent instantiates a description unit through environment injection, executes deployment through atomized transactions after pre-verification, and decides traffic switching or fast rollback according to a multi-stage health probe verification result; and the cloud side converges the global state through a bidirectional channel to realize strategy-based closed-loop management and control. According to the method, the problems of low software distribution efficiency, tedious deployment adaptation, poor reliability and difficulty in collaborative management and control of massive heterogeneous edge nodes in a weak network environment are solved, and efficient, intelligent and high-reliability cloud edge collaborative software delivery is realized.

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.

Invention describes set of units able to communicate one with each other by means of cooperating software, mutually control themselves and imagine displays from other units. Invention enables by means of indicated set or individual units as well, to make remote monitoring of persons and control their location, heath condition and capacity. Also, it enables to monitored persons to check their condition on mobile unit.

A multi-copyright collaborative software authorized installation method and system, relating to the technical field of software installation. By means of information collaboration and interaction of a software installation client, a platform integration module and a plurality of manufacturer clients; the platform integration module distributes a plurality of copyright application sub-files having different module identifiers to the plurality of manufacturer clients, packages all the received copyright files together into an integrated copyright file and sends same to the software installation client, such that after the integrated copyright file passes verification by the software installation client, the software installation client activates authorized installation of software, thereby facilitating users to acquire software authorization, meeting the interests and demands of all parties, and improving software installation efficiency and ease of use.

This invention relates to the field of industrial network control technology, specifically to a software-defined industrial control system with edge-cloud collaboration. The system includes an edge control action configuration module, a multi-source signal aggregation module, a state change identification module, a cloud scheduling module, and a collaborative control generation module. In this invention, by decoupling and standardizing the control action configuration, multi-channel signal acquisition, data tag construction, change state identification, and remote scheduling execution processes, a basic edge control instruction structure can be quickly constructed based on equipment status, and a unified time-series data tagging mechanism can be established. Combined with the dynamic perception capability of change states and the feedback point identification method, efficient identification and rapid classification of key control points can be achieved. This allows task chain execution to be quickly mapped to the critical path and real-time control to be implemented, enabling rapid response to multi-source changes in the industrial field and accurate issuance of control commands, significantly improving the real-time performance and collaboration of the control process.

This invention discloses a high-speed rail visualization and interaction system and method based on pixel streaming on a tablet, belonging to the field of high-speed rail visualization and intelligent interaction technology. The system includes a cloud rendering center, a tablet client, a signaling collaboration server, and a high-speed rail data platform. The high-speed rail data platform is configured with a model storage server, an operation and maintenance data interface module, and a data encryption chip; the tablet client integrates status awareness hardware, touch interaction hardware, a dual-NIC communication module, and an offline caching chip, and deploys touch command mapping software; the signaling collaboration server is configured with an access control chip and a data synchronization transmission module, and runs multi-role collaboration software; the cloud rendering center integrates Unreal Engine rendering nodes, a pixel streaming plugin, and a layered rendering controller, with the layered rendering controller running a layered rendering algorithm. The high-speed rail visualization and interaction system and method based on pixel streaming provided by this invention improves the continuous working time of the tablet client and the efficiency of multi-terminal collaboration, adapting to all application scenarios such as high-speed rail maintenance, design review, and remote technical support.