223 results about "Time-sharing" patented technology

The invention discloses a device capability distributed cooperation method and system based on an open source gap system, and the method comprises the steps: building a discovery mechanism in a target main device with the open source gap system, and detecting peripheral devices through the built-in discovery mechanism in the target main device, based on the distributed capability of the open-source gap-Mongolia system, a galaxy network is established by a plurality of devices; identifying a preset operation mode of a user, pulling up an atomization service according to an identification result, supporting seamless circulation of the atomization service among different devices through the galaxy network, and performing real-time sharing of data; images or information from different devices are displayed on a distributed screen, and remote operation is carried out on the robot in the galaxy network through a distributed control technology; and monitoring the equipment state and the service operation condition in real time, automatically scheduling resources according to a preset rule so as to respond to an abnormal condition, and taking corresponding recovery measures. According to the invention, efficient collaboration and data sharing among equipment are realized.

The invention relates to the technical field of raw material management systems, in particular to a raw material management system for building engineering construction. The management system comprises a raw material information management module, a purchase management module, an inventory management module, a use management module, an optimization allocation module, a raw material quality evaluation module, an environmental impact evaluation and material selection module, a supply chain transparency module, a life cycle management module and a raw material demand prediction and inventory optimization module. An automatic purchase and supplier collaborative optimization module; the system uniformly manages data information of links of raw material purchasing, inventory, use and the like through a centralized data platform, forms a complete material management chain, avoids information dispersion and lag, realizes real-time sharing of data of each link, improves transparency of management and accuracy of decision making, and meanwhile, greatly improves management efficiency. The complexity and error rate of manual operation can be remarkably reduced through automatic purchase order generation, intelligent inventory management and supplier collaboration.

The invention provides a whole-process engineering consultation management design method, which comprises the following steps of: constructing a unified data exchange standard and protocol, converting heterogeneous data output by design tools of different professions and different units into a standardized data format, realizing seamless joint and real-time sharing of data through data middleware, eliminating data barriers, and improving the data exchange efficiency. The collaborative design efficiency is improved; according to the method, digital technologies such as BIM are adopted, a digital twin model of an engineering project is constructed in a design stage, a design scheme is deepened through virtual construction simulation and optimization, factors such as a construction process, construction procedures and resource allocation are fully considered, and the construction feasibility and economic rationality of design are improved; a collaborative mechanism of a design stage and a construction stage is established, experienced construction managers and technicians are invited to participate in design review, improvement suggestions and suggestions are provided from the construction perspective for a design scheme, a designer is helped to comprehensively understand construction requirements, and the design scheme is optimized.

The invention discloses a multi-department medical sample collaborative management system and method, and relates to the technical field of medical information, and the system comprises an integrated information interaction platform which is used for achieving the real-time sharing of basic information, clinical diagnosis information and inspection reports of patients; the unique identification module is used for carrying out full-life-cycle tracking on a patient sample through a bar code or a radio frequency tag and dynamically associating the patient sample with patient information; the Internet of Things monitoring module is used for collecting and uploading temperature and humidity parameters of the sample storage environment in real time and triggering abnormal early warning; the automatic storage equipment executes sample classified storage and calling based on a platform instruction, and synchronously updates a sample state with the information system; and the data security module is used for realizing data encryption, dynamic authority management and operation traceability by adopting role-based access control and a block chain technology. According to the technical scheme, the core problems of data islands, low operation efficiency, weak safety and the like in traditional medical management can be systematically solved.

The invention relates to the technical field of data acquisition, in particular to a bus real-time data acquisition method and system, and the method comprises the following steps: collecting data from a plurality of sensors of a bus in real time; dividing the data into a plurality of categories according to the timeliness and importance of the data; multi-level dynamic compression algorithm selection based on data categories: adopting multi-level dynamic compression algorithms for different categories of data; during data transmission, a self-adaptive priority scheduling mechanism is adopted, and the uploading priority of different types of data is dynamically adjusted according to the current network bandwidth and the transmission delay; in a bus network, short-distance wireless communication is established among a plurality of buses, and data cached in one bus is shared to other surrounding vehicles through a bus-bus linkage mechanism; according to the invention, real-time sharing and temporary supplement of data are realized through short-distance wireless communication, the problem of data missing caused by network disconnection of a single vehicle in a traditional data acquisition system is solved, and the reliability of overall data is greatly enhanced.

Various aspects of the present disclosure relate to a user equipment (UE) that acquires a channel occupancy time (COT) for part of an unlicensed spectrum, allowing the acquiring UE to transmit sidelink (SL) control and data information to a secondary UE, and furthermore share the COT with the secondary UE. Sharing the COT with the secondary UE allows the secondary UE to transmit SL control and data to the acquiring UE or another UE. To initiate COT sharing, the UE that acquires the COT transmits a COT sharing indicator to one or more destination identifiers (IDs), notifying one or more secondary UEs of the COT sharing. The COT sharing indicator may include any of various information, such as remaining channel occupancy duration, priority, one or more destination IDs, offset indicating when the COT sharing may be transmitted, one or more resource pool IDs, and so forth.

Methods, systems, and devices for wireless communications are described. A user equipment (UE) may operate in an unlicensed spectrum, and may operate in a frame based equipment (FBE) mode or a load based equipment (LBE) mode. The UE may communicate with other UEs using sidelink communication links (e.g., without base station control) during a channel occupancy time (COT) and according to a fixed frame period (FFP) configuration or structure. To avoid transmission conflicts during COTs, a UE may obtain (e.g., receive) other UE FFP configurations from the other UEs, from a base station, or both. Additionally or alternatively, the UE may indicate a set of resources to other UEs that may be shared for a sidelink transmission. For example, each UE may be able to transmit sidelink communications during different portions of the set of resources so that conflicts may be avoided.

The invention relates to a multi-modal feature level fusion method based on a real-time shared Transform, and relates to the technical field of multi-modal data processing. The method comprises the following steps: respectively transmitting image information, text information and voice information to a mapping module to obtain embedded vectors of three coding slices; the embedded vectors of the three kinds of coding slices are respectively transmitted to a common transform coding module, and three kinds of coding tokens are obtained; the three kinds of coding tokens are simultaneously transmitted to a real-time sharing transform coding module, and three kinds of sharing codes are obtained; the three kinds of shared codes are transmitted into an adaptive fusion module to obtain a joint feature representation containing all modal information. According to the method, multi-modal data are converted into embedded vectors, cross-modal information sharing is carried out after feature extraction and coding are carried out, and finally information of all modals is integrated in an adaptive fusion module, so that multi-modal information is fused more comprehensively and organically.

The invention discloses a modulus-driven high-speed rail overhead line system full life cycle management method, and relates to the technical field of railway overhead line systems, and the method comprises the steps: analyzing the full life cycle of an overhead line system, and constructing a life stage block; collecting life stage data, and storing the life stage data into the corresponding life stage blocks; respectively constructing a representation model library, a data lake and a mechanism model library for the collected data according to a subject domain; establishing a collaborative periodic relationship based on the axial data relationship; building a digital-analog period integrated atlas relation; and performing operation processing to generate stage management information. The technical problems of unreasonable resource allocation, slow fault response and low management efficiency caused by the fact that information is difficult to share in real time and the intelligent level of full-life-cycle management is not high due to neglecting of contact and mutual influence of all stages of the full-life-cycle of the overhead line system in the prior art are solved. Concentrated storage and efficient management of data in all stages are achieved, and the technical effect of improving operation and maintenance management efficiency and power supply stability is achieved.

The invention is suitable for the technical field of privacy data processing, and provides a privacy grading and sharing control method for tourist travel itineraries, and the method comprises the steps: obtaining travel itinerary data of tourists; dividing the travel data into at least three basic privacy levels based on a preset region sensitivity classification rule, a user identity classification rule and an equipment type classification rule; in the basic privacy level, performing fine-grained sub-level division on the data according to interval division of travel duration, classification of activity risk levels and a historical sharing frequency threshold; based on the basic privacy level and the fine-grained sub-level, geographic position fuzzification and user identity anonymization processing are carried out on the travel data of the high-sensitivity level, and the access range of a shared object is limited through permission grading; and the sensitivity of the fine-grained sub-level is adjusted according to the real-time sharing frequency, and the sharing permission is updated, so that the accurate balance of the travel itinerary data between privacy protection and sharing effectiveness can be realized.

The invention discloses a flower sales method and system based on big data, and belongs to the technical field of flower sales, the flower sales system comprises a core business management module, a privacy protection master control module and a data synchronization engine module, the core business management module is used for managing flower businesses, and the privacy protection master control module is used for managing the flower businesses; the privacy protection main control module is used for balancing data utility and privacy security through a layered architecture, and is particularly suitable for high-sensitivity data of the flower industry, and the data synchronization engine module is used for realizing synchronous real-time sharing and updating of data of a collection library, a user and a merchant, and storing the data. According to the invention, on the basis of realizing flower sales, user data privacy can be protected, and synchronization with fresh flower stock fresh data can be realized.

The invention discloses a multi-terminal mobile device-oriented cloud drawing collaborative annotation method, and relates to the technical field related to data processing, and the method comprises the following steps: connecting a cloud server, and determining a plurality of terminal mobile devices which initiate annotation requests to a first CAD drawing; performing data synchronization fluency inspection on the cloud server and the plurality of terminal mobile devices; performing drawing annotation behavior detection on the corresponding terminal mobile equipment by adopting a full-speed synchronization mechanism; and performing drawing annotation behavior detection and incremental data packet compression on the corresponding terminal mobile equipment by adopting a batch synchronization mechanism. The technical problem of low drawing collaboration efficiency and accuracy caused by inconsistency and instability of real-time data synchronization when a plurality of users operate drawings on different devices in the face of different network environments in existing cloud drawing collaboration annotation is solved, real-time sharing and collaborative editing of drawing information are realized, and the drawing collaboration efficiency and accuracy are improved. The technical effect of improving the accuracy and efficiency of collaborative annotation of the drawings is achieved.

Configured grant (CG) channel occupancy time (COT) sharing procedure is disclosed. A user equipment (UE) sharing a COT may indicate in the uplink control indicator (UCI) the remaining COT duration, an offset indication identifying where the uplink transmission is expected to end, and a channel access priority class (CAPC) which may be used by the base station to determine which type of data may be included in downlink transmissions in the shared COT. Where the energy detection (ED) threshold has not been configured for COT sharing, the UE may reduce the information included in the UCI. The base station may alternatively configured which information for the UE to include in the UCI for potential COT sharing. The COT sharing information may further be compressed by coding such information into tables or leveraging knowledge of transmission characteristics, such as configured end points.

Methods and apparatuses are disclosed for signaling unused channel occupancy time (COT) to the gNB for COT sharing among other UEs. Upon determining that a portion of the maximum COT (MCOT) provided to the UE will be unused, the UE can generate COT sharing information for transmission back to the gNB. The COT sharing information identifies a starting point and a duration (e.g., a number of consecutive slots) of the unused portion of the MCOT. This information is then encoded into configured grant uplink control information (UG-UCI) and transmitted to the gNB as part of the uplink transmission. In aspects, the unused portion may begin part-way through a slot. In this instance, a starting symbol of the unused portion or an ending symbol of the used portion may also be encoded into the uplink transmission. In this manner, unused COT is not wasted, but rather repurposed by the gNB.

The invention discloses a hand-eye cooperative robot control system and method based on dynamic operator arrangement, an upper computer planning layer operates a master control computer to periodically trigger task scheduling, a joint controller of a lower computer execution layer receives an instruction through a redundant bus to perform servo control, hand-eye camera data triggers a visual assembly line through an interrupt event, and a visual assembly line is controlled through a control interface. According to the method, pressure is calculated through visual processing, motion planning and joint control in a load sharing mode, a double-buffering mechanism is adopted to enable current frame visual processing and previous frame motion control to be executed in an overlapping mode, real-time scheduling and parallel computing of tasks are completed, hot data are cached in a memory database, cold data are archived to an HDFS and migrated through an LRU strategy, and the real-time scheduling and parallel computing of the tasks are completed. Data type conversion is automatically derived and performed based on a feature type registry, and conditional branch execution is triggered according to real-time sensor data. According to the control system, cross-hardware plug and play, algorithm flow configurability and data flow real-time sharing are achieved, and the requirement for improving the efficiency of complex operation tasks is met.

The invention relates to a colorectal cancer postoperative patient intelligent follow-up visit management system which comprises a center module composed of a B / S framework, a database server and a user interface and further comprises a patient information management module in shared connection with the center module. The system is further provided with a function module and a support module which are connected with the patient information management module. The function module comprises a follow-up plan making module, a multi-channel follow-up execution module, a rehabilitation evaluation module and a health propaganda and education module. The support module comprises a data statistics and analysis module, a medical resource coordination module and a family member support module. According to the intelligent follow-up visit management system, through the electronic patient information management module, a patient information database, a dynamic health file and a multi-terminal access function are set, and centralized management and real-time sharing of medical data are achieved.

The embodiment of the invention provides an educational resource data sharing method and system, and the method comprises the steps: distributing a first conference role or a second conference role of a multimedia teaching conference for each conference terminal participating in the conference when the multimedia teaching conference is created, and enabling different conference terminals to be arranged in different classrooms; acquiring educational resource data in real time from the first conference terminal to which the first conference role is allocated; and sharing the educational resource data to a second conference terminal to which the second conference role is allocated, so that the second conference terminal displays the educational resource data. According to the embodiment of the invention, cross-region and cross-school real-time sharing of educational resources is realized, effective utilization and fair distribution of high-quality educational resources are promoted, and balanced development of education and improvement of teaching quality are promoted.

A method of transmitting sidelink synchronization signal block (S-SSB) implemented by a user equipment (UE). The method includes determining whether a time to transmit the S-SSB has been reached. The method also includes determining whether a first channel occupancy time is in progress. In response to a determination that the first channel occupancy time is not in progress, the method includes transmitting the S-SSB without the first channel occupancy time sharing channel access.

The invention discloses a business self-service handling terminal based on social security and an intelligent management method, and relates to the technical field of data processing and analysis, and the method comprises the steps: building an integrated business processing platform, and integrating various social security business rules and processes; real-time connection with a social security policy issuing system is established, and the platform automatically acquires latest policy information based on changes of social security policies; through a preset rule engine, automatically adjusting the business process and the handling requirement according to the latest policy; a standardized communication interface and a data format are adopted, so that real-time sharing and interaction of data are realized by self-service handling terminals of all regions and departments; a central management server is established, and all terminal devices are managed and monitored in a unified mode. Through multi-service integration, real-time connection, the rule engine, the standardized interface and the central management server, the efficiency, convenience and safety of social security service self-service handling are improved, and the adaptability and the cross-regional cooperation capability of the system are enhanced.

The invention discloses a building updating design method based on digital integrated modeling and a virtual reality interaction platform, which forms a point cloud model by means of a digital information acquisition technology for indoor and outdoor scanning of an old building, and assists professional modeling software in rapid modeling, so as to improve the modeling efficiency. The generated model can be effectively in butt joint with building design and transformation and related technical data analysis software in an ideal city building intelligent modeling and VR display experiment platform, follow-up research work or deepening creation work is carried out, finally, finished product resources in various forms of pictures, videos, panorama, roaming and VR are published, building site live-action experience is created, and the development and development of the ideal city building intelligent modeling and VR display experiment platform is facilitated. Multi-party intelligent interaction is realized; through the assistance of a digital information acquisition technology, more intelligent surveying and mapping and more efficient modeling are realized; on the basis of a reality model, a design model and technical data, a whole-process optimization drilling platform under building updating and reconstruction is formed; multi-party intelligent interaction with multi-element interaction and real-time sharing is realized, and the directness and high efficiency of public communication and multi-party conversation are improved.

The embodiment of the invention provides a multi-terminal processing method and system for real-time sharing of emergency clinical data. A method for detecting intravascular conditions by modifying a multi-modal sensor on a cardiovascular catheter. According to the method, a sensor integrated at a detection end of a catheter with a gradient refractive index nano coating is utilized to obtain light transmittance distribution and blood flow disturbance parameters of the inner wall of a blood vessel. According to the characteristics of the data, a computed tomography coding strategy related to vascular pathology is formulated, the strategy is converted into a rendering instruction set for terminal hardware characteristics, and the rendering instruction set is compressed into a data stream carrying vascular information through a video coding protocol. And finally, distributing the processed data to different devices, realizing the elasticity visualization of the blood vessel wall, optimizing a detection mode according to user feedback, and generating a control instruction to further guide the catheter operation. According to the technical scheme provided by the embodiment of the invention, the accuracy and efficiency of data multi-terminal processing can be improved.

The invention discloses a grid-connected inverter fusion control method based on voltage and current source time sharing, and relates to the technical field of electric power automation, and the method comprises the steps: carrying out the two-phase rotating coordinate system conversion of power grid coupling data, and generating a voltage-current joint component; performing power error analysis on the voltage-current joint component, outputting a power grid state vector, performing modal decomposition on the power grid state vector, obtaining a dominant oscillation mode matrix, performing Lyapunov exponent calculation on the dominant oscillation mode matrix, forming a stability pre-judgment mark, and inputting the stability pre-judgment mark into a time-sharing fusion decision network model to obtain a time-sharing fusion decision network model. The characteristic coupling layer carries out cross physical quantity correlation, and the stability evaluation layer carries out stability boundary calculation and outputs a voltage-current source control signal. Through the intrinsic orthogonal decomposition algorithm and the time-sharing fusion decision network model, the response speed and the fusion control capability of the grid-connected inverter are improved.

Aspects of the present disclosure relate to wireless communications, and more particularly, to techniques for channel access for wireless communications, for example, in unlicensed frequency bands. In some cases, a UE may act as an initiating device, initiating access to a wireless channel if it detects a network entity has failed to access a channel during a channel occupancy time (COT) of a frame period (FP).

The invention discloses a highway-railway combined transportation scheduling method and system based on digital twinning and multi-agent cooperation. The method comprises the following steps: establishing a unique binding relationship of people, vehicles and goods in a transportation order based on an RFID binding algorithm, and synchronizing the unique binding relationship to a database; collecting railway transportation state data, road transportation state data and freight station operation data in real time; standardizing the railway transportation state data, the road transportation state data and the freight station operation data through a multi-source data fusion center; the connection time, the route and the parking position of the road vehicle are dynamically adjusted based on the LSTM collaborative scheduling model, and a road vehicle diversion and waiting duration estimation scheme under the emergency situation is output; railway carriage demands are predicted through LSTM, dynamic optimal matching of road trucks and railway carriages is dynamically matched based on a mixed integer programming model, an optimal matching scheme of the road trucks and the railway carriages is generated, unique binding of people, vehicles and goods is achieved by introducing an RFID technology, information barriers are broken, and real-time sharing and standardized interaction of data are achieved.

Aspects of the present disclosure include methods, apparatuses, and computer readable media for receiving sidelink information from a first transmitting UE, receiving channel occupancy time (COT) system information (COT-SI) associated with a second transmitting UE, identifying one or more COT resources based on the COT-SI, and transmitting feedback information associated with the sidelink information via the one or more COT resources.

Aspects of the present disclosure include methods, apparatuses, and computer readable media for receiving channel occupancy time (COT) sharing information associated with COT sharing resources from a plurality of initiating UEs via a plurality of sidelink (SL) communication channels, and forwarding the COT sharing information to a plurality of responding devices.

This application provides a sharing method, an electronic device, and a system. The method is applied to a first device. The method includes: displaying a first interface, where the first interface indicates that an operator call is currently performed with a second device; displaying a second interface of a first application when performing the operator call with the second device; receiving a user operation on the second interface; and sending first data to the second device, where the first data is used by the second device to output multimedia data related to the second interface. In this application, real-time sharing functions such as viewing together and listening together with a call party can be implemented for a user in a simpler and faster operation manner, to effectively meet a user requirement. This improves user experience.

The embodiment of the invention provides an emergency clinical data real-time sharing method and system based on the Internet of Things. Wherein the biological parameters of the wound part are monitored in real time by using the intelligent dressing integrated with the antibacterial coating, and the data are transmitted to the emergency clinical data collaboration platform through the low-power wide area network. According to the relationship between the aperture of the antibacterial coating and the drug release rate, an optimal drug release curve is screened out. In combination with cross-mechanism wound infection historical data, federal learning is adopted to construct an infection risk evolution model, and infection risk quantitative parameters are generated. The data are comprehensively analyzed, the drug release rate and the effective time window are dynamically adjusted, and the abnormal correlation threshold value is corrected. And based on the analysis result, automatically generating a wound infection early warning instruction and an emergency treatment data sharing instruction so as to assist in clinical decision making. According to the technical scheme provided by the embodiment of the invention, the efficiency and accuracy of real-time sharing of emergency clinical data can be improved.

The invention discloses a two-ticket information transparent sharing and cross-domain collaboration method and system, and relates to the technical field of energy industry informatization. The method comprises the following steps: establishing a bidirectional API (Application Program Interface) channel between a core service system and an auxiliary operation system through a cross-domain security gateway, and carrying out data synchronization through an incremental data synchronization method; the auxiliary operation system obtains required information from the core service system through the cross-domain security gateway, and feeds back an operation request to the core service system through the cross-domain security gateway; and real-time data is encrypted and then synchronized to the mobile terminal, so that real-time sharing is realized. According to the invention, a cross-system bidirectional real-time data synchronization mechanism is constructed, information islands of a core business system and an auxiliary operation system are eliminated, and bidirectional transparency of a work ticket state can be realized; a dynamic permission-driven information on-demand sharing method is designed, and it is ensured that different roles obtain complete information within the permissions of the roles in real time.

The invention discloses a new energy station operation safety control digital employee auxiliary method and system. The method comprises the following steps: automatically generating a workflow according to a new energy station field operation work ticket, an operation ticket and a measure list uploaded by a client, and issuing a corresponding new energy station inspection task to an associated client; constructing a multi-modal relation model based on the operation work ticket, realizing real-time sharing of a new energy station field operation video between clients by using live broadcast stream pushing, and identifying text information in the field operation video through OCR to confirm an operation position; and after the field operation of the new energy station is completed, performing new energy station operation result checking based on the relation model through image transmission, and outputting an alarm prompt when a checking error occurs. And state differences of the new energy station field equipment before and after operation are compared through image identification, state reset checking of the new energy station field operation equipment is completed, and a work report is generated and exported.