115 results about "Resource center" patented technology

The invention discloses a data sharing exchange system and method based on a block chain. The system comprises a data sharing exchange center, a front-end system and a block chain basic platform. Thedata sharing exchange center comprises a data sharing exchange control system, a data resource center and a client; The front-end system comprises a data acquisition system, a shared exchange module and a feedback module; The block chain basic platform comprises an alliance chain module and a data sharing exchange management module, the alliance chain module is responsible for intelligent contractand verifying credibility configuration of nodes, the intelligent contract generated in the data sharing exchange process is verified, and the data sharing exchange center communicates with the front-end systems in an alliance chain mode. According to the invention, the credit problem and the incentive problem of data sharing exchange in a multi-party participation environment are solved, the security and the reliability are ensured, the enthusiasm of a user for publishing and updating the sharing exchange data is promoted, and meanwhile, the guiding effect on user decision can be realized.

The present invention relates to a healthcare consultation system that includes a means for gathering data, a knowledge database, a decision support server and an interactive help system. The present invention further relates to a method for providing training and help services to a healthcare provider, a healthcare manufacturer or a healthcare user by providing a resource center that comprises a knowledge database, a decision support server and an interactive help system, building the knowledge database by compiling information, analyzing the information in the knowledge database to develop the decision support server, establishing a connection between the interactive help system and the healthcare provider, healthcare manufacturer and healthcare user, accessing the decision support server, and delivering education, training and consultation services via the interactive help system.

The present invention relates to a healthcare consultation system that includes a knowledge database, a decision support server, an interactive help system and a connection, wherein the connection comprises a remote assistance unit. The present invention also relates to a wearable computer capable of two-way audio/visual conferencing to provide 24/7 real-time healthcare consultation. The present invention further relates to a method for providing training and help services to a healthcare provider, a healthcare manufacturer or a healthcare user by providing a resource center that comprises a knowledge database, a decision support server and an interactive help system, building the knowledge database by compiling information, analyzing the information in the knowledge database to develop the decision support server, establishing a connection between the interactive help system and the healthcare provider, healthcare manufacturer and healthcare user, accessing the decision support server, and delivering education, training and consultation services via the interactive help system, wherein the connection comprises a remote assistance unit. According to a preferred embodiment, the remote assistance unit comprises a heads-up display, a mini personal computer, a wireless local area network, a headset, a camera, voice over internet protocol technology, a microphone, and/or glasses or head gear.

An assigning unit assigns multiple conditions to communication units. A detection unit detects which of the communication units is communicable with an external resource center. When the detection unit detects that multiple communication units are communicable with the external resource center, a selecting unit selects one communication unit according to the multiple conditions assigned by the assigning unit. Thus, an in-vehicle data communication unit obtains data from the external resource center via the selected one communication unit.

The invention discloses a smart campus system, which includes a basic education cloud service platform 1, an intelligent management system 2, an intelligent teaching system 3, a mobile learning system 4, a digital experiment system 5, a smart system culture 6, and a home-to-school communication system 7 , the basic education cloud service platform 1 is a data, information and resource center, providing for the intelligent management system 2, the intelligent teaching system 3, the mobile learning system 4, the digital experiment system 5, the intelligent culture system 6, and the home-school communication system 7 Underlying data storage, data management, information transmission and resource support. The invention integrates the teaching, management and scientific research of the school to form an organic smart campus system. The invention is widely used in the design of various campuses at all levels.

A media resource system based on a double-layer structure includes an upper layer which is a media resource center and a lower layer which are a plurality of distributed production-type media resource sub-systems. The upper and the lower layers are in loose coupling connection via an interconnection module. The media resource center includes an integrated storage module, an integrated code-conversion module, a component exchange module, an indexing-displaying module, an integrated encoding module and a classed listing module. The distributed production-type media resource sub-systems store data in the media resource center via the integrated storage module or call the data from the media resource center via the integrated code-conversion module and the component exchange module to realize data share and data exchange. The distributed production-type media resource sub-systems can perform on-line storage of the data with strong actual effect. The invention has the advantages that a user in cross-domain and cross-service communication can call the data rapidly via the media resource center; the distributed production type media resource sub-systems can perform on-line storage of the data with strong actual effect, which is closely cooperated with the on-site production to rapidly satisfy requirement on component data of the on-site production.

The invention discloses a digital campus intelligent information management network. The digital campus intelligent information management network comprises a basic education service platform, a families-school connection system, a student attendance checking system and an electronic consuming system, wherein the basic education service platform is a data, information and resource center for providing data storage, data management, data treatment, data delivery and resource support for the families-school connection system, the student attendance checking system and the electronic consuming system. A student can realize the attendance checking and consuming only by holding one electronic school badge; and the attendance checking data, consuming data and the like can be sent to the parents through a headquarter server. Therefore, the digital campus intelligent information management network, disclosed by the invention, has the advantages of facilitating real-time and convenient communication between parents and the school and bringing convenience for the school management and establishment of optimal development mode of the students.

The invention discloses an equipment expansion method based on the capacity prediction technology. The method involves an equipment monitoring unit, a capacity prediction unit and an equipment expansion unit. According to usage amount increment prediction of each equipment node, node use sustainable times are evaluated automatically, the sustainable times of the nodes are ordered, an expansion strategy is conducted on the equipment with less sustainable time automatically according to a set expansion plan, overall operation of a resource center is guaranteed to the maximum degree, and single-node faults are avoided; the problem of equipment maintenance is solved fundamentally, and the problem of unpredictability of equipment maintenance of the resource center is thoroughly solved.

The invention discloses a three-dimensional geographic information platform and a topographic data processing method thereof. The platform comprises a network system layer, a data layer, a supporting layer, an application layer and a presentation layer; the application layer comprises a computer network and a hardware platform, and the safety of the computer network is guaranteed; the data layer is a natural resource and geographic space information data resource center; the supporting layer is a basic platform for operation and management of a space database and a model database; the application layer is a supporting layer-based industry application module integration platform; the presentation layer comprises WFS, WMS, WCS and a browse layer. A three-dimensional model used in the invention is formed by third-party professional modeling software, and also, the software can be used for forming simple three-dimensional model scenes, namely, a large area of simple three-dimensional scenes can be fast generated by adding a height field and a layer height field into attribute information according to polygon files in data line pictures.

The disclosed building method for business channel in cross frequency-band network comprises: selecting target carrier frequency for MS in available frequency resource center combined overlapped sub-frequency-band; controlling MS to build business channel in target carrier frequency. It also discloses the relative devices, such as BSS and MS. This invention supports system capacity as five even six carrier frequency, and applies resource more effectively.

The invention discloses a micro-service combination deployment and scheduling method under multi-objective optimization. The method comprises the steps of obtaining resource center related data, micro-service related data and user related data; establishing a multi-objective optimization model of micro-service combination deployment and scheduling; adopting a multi-objective optimization algorithmNSGA-III to solve the multi-objective optimization model; calculating a micro-service quantity vector needing to be started by each resource center; and deploying and scheduling the microservices ofthe resource center according to the microservice quantity vector. According to the invention, a detailed multi-objective optimization model of the combined scheduling problem of the micro-service isconstructed; the model is solved through an improved NSGA-III (Non-Sequential Genetic Algorithm-III); and the obtained result is decoded to obtain a micro-service combination deployment strategy. Experiments prove that compared with a traditional deployment strategy, the micro-service combination deployment strategy provided by the invention has the advantages that the calculation and storage resources, the load balancing rate and the actual service utilization rate in a resource center are greatly improved.

The invention discloses a GIS-based emergency disposal method and system, and relates to the field of accident emergency processing. The method comprises the following steps that S01, a monitoring module collects data; S02, the monitoring module automatically collects video signals every 30 seconds; S03, collected information is uploaded to an information processing module, and whether an emergency event occurs or not is identified and judged; S04, \the information converted into the standardized data or model is uploaded to a GIS module for scheme conversion and display; S05, the command platform and the scheduling platform perform rapid scheduling of personnel and materials based on the GIS module display information and the resource information of the emergency resource center; And S06,the information is returned to the command center after scheduling is completed, and the rescue situation is updated in real time. According to the invention, resources of a current computer and software are comprehensively applied, and technologies such as a geographic information system, a database and big data are adopted to provide decision analysis and an emergency scheme for an emergency processing mechanism according to emergency events of various grades, so that the emergency processing and commanding and dispatching capabilities of the emergency events are improved.

The invention relates to the technical field of network teaching, and specifically provides a teaching material resource management system and a teaching material resource management method. The teaching material resource management system comprises a teaching material management module, a resource uploading module, a resource indexing module, a resource checking module, a resource center module, a statistical analysis module, a data interface module and a resource retrieval module. The system solves the problem that a teacher needs to retrieve teaching material resources in a simplified, foolish and pertinent manner due to disorder resource storage in the existing technology. Effective management and circulation of a school or regional resources are improved. The resource utilization rate of the teacher is improved.

Provided is a measurement method in a heterogeneous network. The measurement method includes measurement limit indicates through measurement information, measurement subframe collection is allocated, and user experience (UE) of users executes limit measurement to small cells to be measured according to measurement subframes. Reliability of measurement under an idle state of a regional resource center (RRC) is improved.

The invention discloses a data sharing, exchanging and metering system and method, which is used for counting the contribution value of the exchanging and sharing data provided by different departments. The system comprises a data sharing and exchanging center and front systems, and communication is built between the data sharing and exchanging center and the front systems, as well as among the front systems. The method comprises the following steps: first, building a data resource center which records the initial source of the issued data; then, obtaining data through two ways by a user, namely from the data resource center and the front systems of the data issuer; afterwards, counting the converted data amount again and building a database; finally, realizing a situation that managers and all departments can check the counting result. Due to the adoption of the metering mechanism adopted by the invention, the quantization of the contribution values of sharing and exchanging data of different departments can be realized, thereby facilitating the active issuing and updating of sharing and exchanging data by various departments and realizing a guiding function for the government's decisions.

The invention discloses a territorial space basic information platform. The platform comprises a database server which is used for storing various data of a platform, a background server which is usedfor providing operation support, and a front-end service system which is used for front-end function service, wherein the database server is connected with the background server, and the background server is connected with the front-end service system through a network. The front-end service system comprises a login module used for user registration and login, a resource center module used for providing territorial spatial data resources, a map module used for checking or editing an analysis map, a personal center module used for managing and checking personal information, and an informationpublishing module used for publishing dynamic information. According to the invention, online sharing of resources among multiple departments in planning work is realized, standard management is carried out on the resources, and the working efficiency of the planning work is improved.

The invention discloses a dispatching system based on a cloud computing platform. The dispatching system comprises two or more region branch centers connected through a network, wherein each region branch center comprises a worker module, a resource center and at least one dispatching module. The worker module comprises at least one worker and/or a worker group, and is used for receiving tasks sent by the dispatching module and executing the tasks. The resource center is used for registering register information of the worker and/or the worker group, sending the generated tasks to the dispatching module, and dispatching the worker and/or the worker group selected by the dispatching module to the dispatching module. The dispatching module is used for acquiring a list of workers meeting requirements from the resource center according to the tasks, selecting the worker and/or the worker group in the list of the workers, requesting the resource center to dispatch the worker and/or the worker group, and dispatching the tasks. By means of a dispatching method, terminal users in different regions can obtain cloud computing services to complete own request in the shortest time, cloud computing resources are reasonably used, and using cost is saved.

The invention relates to the technical field of communication and discloses a transmission method and a device for an E-PDCCH. The E-PDCCH comprises at least one E-PDCCH unit. The method comprises that the at least one E-PDCCH unit is mapped to preset positions centered by at least one resource block, wherein, the sizes of centered resources of each resource block are larger than or equal to those of resources occupied by two E-PDCCH unit, and resources occupied by the centering of each E-PDCCH unit in the resource block comprise part of resources of each resource block centered by the resource block; and the E-PDCCH is transmitted to time-frequency resources centered and mapped by the resource block. According to the transmission method and the device for the E-PDCCH, good enhanced PDCCH performances can be obtained under the situation that the time-frequency resources are fully used.

The invention discloses an intelligent classroom micro-cloud service system, and belongs to the technical field of intelligent classrooms. The system comprises a teacher teaching terminal, a cloud service platform and a student learning terminal, and the cloud service platform is used for data interaction between the teacher teaching terminal and the student learning terminal. The cloud service platform comprises a cloud service system and a communication system. The cloud service platform comprises a user management layer, an application layer and a resource center layer, and is used for providing a service function for the cloud service platform, and the communication system comprises a router/switch and is used for realizing network interconnection between the teacher teaching terminaland the student learning terminal. A cloud service platform is arranged between a teacher teaching terminal and a student learning terminal which are used in an intelligent classroom, the interactionfunction between the student learning terminal and the teacher teaching terminal is achieved through the cloud service platform, a teacher can push courseware content to students in real time, and thestudents can learn by themselves and communicate with the teacher.

The invention discloses a sensor connection method. The method comprises the steps of creating an ID data list, and storing the ID data list in a resource center; then when the state of a sensor in any node changes, providing state change information of the sensor for the node; then when the node receives the state change information, acquiring the ID data list stored in the resource center, and identifying the sensor based on a sensor identification algorithm. The invention further discloses a sensor connection device and a computer readable storage medium. The method is not limited by a taskphysical, data link, network or transmission layer protocol, can be even used together with any protocol, and needs no extra external components, so that the quantity of codes is reduced, less memoryof a microcontroller is used, the node is independent from the sensor, and the sensor can be used in a larger scope, particularly in the scene of power grid in mountain areas in which an internet ofthings-based sensor plug and play platform is built.

The invention provides a TOC technology operation and maintenance system comprising a front-end WEB module and a rear-end service processing module. The front-end WEB module is used for receiving and translating the instructions of the whole system, issuing operation according to the instructions, and processing data. The rear-end service processing module is used for acquiring, analyzing, and recording company resource data. The front-end WEB module comprises a resource center module, a release center module, a statement center module, a monitoring center module, an event center module, and a platform setting module. The rear-end service processing module comprises a version management and release module, a business data module, a monitoring module, and an Agent module. The invention provides an application method based on the TOC technology operation and maintenance system, decreases human operation and maintenance cost when the business of a small company is enlarged, improves operation and maintenance efficiency and data management, and achieves a purpose of convenient statistic and asset settlement.

The invention discloses a cell phone reading method of a unified platform based on MMS and WAP and a system thereof. The system comprises an off-line or on-line reading center, a customer status recording center, a content resource center, a charging center and a service billing system. The invention solves the problems that when a cell phone subscriber reads, on-line and off-line are disunion; initiative and passivity are uncontrollable; exchange and interdynamic are lacking, and the like; the invention realizes consistency of on-line reading, off-line reading, customization reading and reading points of initiative reading and ensures that a client begins to read from any point and does not read repeated content.

The invention discloses an environmental pollution treatment facility information monitoring platform and method, and relates to the technical field of pollution treatment supervision. The platform comprises an access layer, a business application layer, a public service layer, a supporting platform layer, a data center layer and an infrastructure layer, wherein the public service layer comprisesan access control service, an environment model service, an identity authentication service and a map sharing service; and the data center layer comprises application system data, main data, data management and a resource center. According to the invention, data requirements of city-level, provincial-level and national-level platforms are satisfied; an exchange index system is established based onXML; various WEB services are used for completing data exchange; data circulation of national, provincial and municipal platforms is guaranteed, network transmission of later data is facilitated, information sharing efficiency and accuracy are improved, meanwhile, cross-regional and cross-platform comprehensive early warning is achieved for the national and provincial platforms, and technical support and decision basis are provided for environmental management of competent departments at all levels.