293 results about "Resource supply" patented technology

A method and system is provided for tracking a user's interaction with a resource or resources supplied by a server computer. When a user requests a Web page from a server for viewing using a Web browser, the user is redirected to a tracking server. The tracking server sends the requested Web page, with an embedded script to the user's computer along with an application program that can record the user's interaction with the Web page. As the user interacts with the Web page, input made by the user, such as mouse movements, button clicks, typing, etc. is streamed back to the tracking server by the application program. The recorded session may be later retrieved from the tracking server for playback. Based on the user's input, the tracked resource may be modified, such as making it more user friendly or more easily navigable.

An application manager for enabling multiple applications to share resources in a shared and distributed computing environment. The disclosed system provides for the specification, representation and automatic analysis of resource requirements of applications in a shared and distributed computing environment. The application manager is provided with service specifications for each application, which defines the resource requirements necessary or preferred to run said application (or more precisely, its constituent application components). In addition, the resources may be required to have certain characteristics and constraints may be placed on the required resources. The application manager works in conjunction with a resource supply manager and requests the required resources be supplied for the application. If there are appropriate and sufficient available resources to meet the particular resource requirements, then the resources are allocated, and the application components mapped thereon. The disclosed system can enable the sharing of resources among multiple heterogeneous applications. The systems can allow resource sharing without application source code access or any knowledge of the internal design of the application. Integration of an application can be re-used for other similar applications. Furthermore, the disclosed system enables the dynamic and efficient management of shared resources, providing an agile resource infrastructure adaptive to dynamic changes and failures.

This system is for efficient consumption of a consumable or resource such as electricity, gas or the like. Each consumer site, such as a household or business, has a consumer node. The consumer node gathers consumption data from one or more consumer devices consuming the consumable. A central node is in communication with the consumer nodes and determines a collective consumption of the consumable across the plurality of consumer sites. The central node participates in live markets in order to secure delivery of the consumable as required collectively across the plurality of consumer sites. The central node communicates market data conveying substantially live market effects to the consumer nodes, and the consumer nodes process the market data in a manner to influence consumption of the consumable, for example by deactivating devices during market peaks.

A costing process that takes advantage of real-time information about plant floor activities and provides a more accurate and timely financial feedback about the process efficiencies in response to new changes in the process operation. The costing process includes identifying stations that consume resources, consume activities and supply activities. The costing process also identifies a plurality of resources that are provided to one or more of the stations. The costing process also includes identifying resources from the plurality of resources that are used as needed and resources that are supplied in advance of being used. The costing process allocates costs for each resource to each station that the resource supplies, including calculating a cost rate, calculating a cost of used capacity and calculating a cost of unused capacity. The costing process then determines the cost that each station and product uses based on the allocations.

Systems, methods, and devices to provide simple adaptive automated resource management of a resource system (such as but not limited to electricity, natural gas, water, data, bandwidth allocation, access to information, etc.) on a local basis, based on automatically detecting, measuring and combining time-varying resource provider preferences, resource market conditions, resource supply source conditions, environmental conditions and resource system impact on the environment, together with resource user locations, user priorities and preferences, and information about other conditions that may be relevant to the operation of the resource management system in order to optimize performance of the resource system to better meet or approach defined goals, and to measure and display the results achieved by the resource management system compared against those goals.

The invention relates to a microservice-oriented container level flexible resource supply system and method. The system comprises a data acquisition device, a performance modeling device, a feedforward controller, a response time predictor and a container scheduler. According to the system and method, the deficiencies of difficulty in suitability for a sudden load mode and difficulty in user service quality guarantee in an existing method are made up for.

The invention belongs to the technical field of cloud computing and network multimedia, and particularly provides an auto-expanding / shrinking cost-optimized content distribution service method based on a hybrid cloud scheduling model. The method comprises: a future number of user visits is predicted on the basis of historical data and provides basis for auto-expanding / shrinking of resources; according to the predicted value and a long-term scheduling algorithm, a rough plan of resource booking strategy is obtained through calculation; wherein a short-term scheduling model is introduced to reduce the prediction error and to improve the precision of resource supply and the quality of service. In the long-term scheduling algorithm, a locality-aware booking model is set up to derive the locality-aware resource booking algorithm. A resource prediction algorithm employs the ARIMA model. In a short-term adjustment algorithm, virtual machine status parameters are designed and a content missing algorithm is provided, so that the user experience of the entire system is further improved. The method enables hybrid cloud technology to support streaming media content distribution applications efficiently with auto-expanding / shrinking functions and optimized costs.

The inventive system includes a method to let participants in a value chain of digital and physical goods to package resources into sellable services and products, keep track of consumption of the resources and calculate charges to the end users and revenues to all participants. The participants to such supply chain include but not limited to resource suppliers, distributors, aggregators, resellers and service providers. The resources include but not limited to digital goods such as computing capacity, storage, content, software applications, data depository or special data acquisition instruments and physical goods such as commodity and manufactured items. Through this invention, resource supplies and consumptions and thus charges and revenues can be tracked and accounted for simultaneously. Any participants to the supply chain can host such system on behalf of itself and other participants. A participant can package resources into sellable units, track the resource supply by its suppliers and consumption by its customers, determine end users charges and revenues according to pricing structures and business rules including end user charges, loyalties, commissions, reseller fees, and roaming tariff, etc. When compared with the traditional methods, this invention tracks in real time all resource supplies and consumptions across the value chain simultaneously, in both actual resource unit and economic value. The invention can be realized in a combination of both hardware and software.

The invention discloses a resource supply method oriented to a Web application host platform, belonging to the technical field of computer networks. The method comprises the following steps: a main control node is arranged in the host platform and a node manager is arranged on each server in the platform; and the node manager monitors the performance of the server and a cluster node by adopting a performance abnormity detection method and feeds a monitoring result to the main control node, and the main control node generates a resource adjusting strategy according to the monitoring result, returns the adjusting strategy to the node manager and performs resource adjustment according to a received resource adjusting plan. Compared with the prior art, the invention has the advantages that the application amount of the server is lowered to the maximum extent, the resource consumption is lowered and the operating cost of a data center is reduced.

The invention relates to a traditional Chinese medicine inheritance and big data mining-based dynamic health management system for a life cycle. The system comprises a client side, a server side and a data cloud platform; the client side and the server side are connected and interacted through a mobile communication network or wifi (wireless fidelity), and the data cloud platform and the server side are connected through Internet. According to the system disclosed by the invention, by adopting a method of quantitative and qualitative integration, all information is parameterized and put into a computer for deep learning so as to mine rules in the information, and find out rules of principles, methods, recipes, medicines, diseases, syndromes, symptoms and treatment of traditional Chinese medicine. Optimal configuration of medical resources is realized, and the problem of resource supply and demand information asymmetry among hospital levels is solved; the problem of information asymmetry between patients and doctors is solved; the problem of information asymmetry between health diagnosis and treatment instruments and nonprescription drugs and information asymmetry between health care products and customer demands is solved, therefore hidden cost is reduced.

An occupancy schedule determining method and system that receives usage data indicating a quantity of a resource supplied by a utility that is used at the location over a plurality of days, each of the plurality of days being subdivided into a plurality of predetermined time periods, and the usage data indicating the quantity of the resource supplied by the utility that is used during each of the predetermined time periods, aggregates the usage data for each of the plurality of predetermined time periods over the plurality of days, and uses the aggregated usage data to determine the occupancy schedule at the location using a processor.

A service controller for providing centralized service management, control and placement, as well as guaranteed failover, in a dynamic and distributed computing environment. The service controller works in conjunction with a computing resource supply manager, which supplies the required resources so that the service controller can run the service on the allocated resources. The number of active service instances may dynamically increase or decrease in accordance with changing availability of or demand for resources. The service controller monitors the service instances and takes appropriate action in the event of service instance failures. The service controller is provided with a service director component, which records and tracks, for each service instance which has been started on a particular resource / host, the IP address of such host, through a name location service, thus allowing end-users to locate the service regardless of where the service instances are physically running.

The invention discloses an information interaction method and system for distance education. The method is characterized by comprising the following steps of: converting the first interaction information from a teaching resource supply end into a first reduced instruction; transferring the first reduced instruction to one or more user ends through the network; reproducing the first reduced instruction as the first interaction information at one or more user ends; and displaying the first interaction information at one or more user ends. Through the invention, compared with the video mode of traditional distance education, the cooperative operation of a teacher and students on the courseware is realized, and the interactivity (particularly real-time interactivity) between the teacher and the students is enhanced. By effectively reducing the transmission quantity of the interaction data, the occupation of network bandwidth and the storage space of courses are greatly reduced. Meanwhile, the method and system disclosed by the invention facilitate the inquiry of interaction information in the distance education course.

The invention relates to a mill run desiliconizing method for the mixed alumyte, in particular to a mill run desiliconizing method for the mixed alumyte with the gibbsite. The invention is characterized in that: smashing the mixed alumyte, adding the water to make slurry and make the ore smash, abstracting the coarse fraction mineral and the fine fraction mineral in the products by means of a screen separation craft or a grade craft, fine grinding the coarse fraction mineral which is abstracted, then mixing the milling grinding products and the fine fraction mineral which is abstracted by means of the screen separation craft or the grade craft, and carrying through a floatation. After the invention is carried into execution, the mill run desiliconization of the mixed alumyte with the gibbsite in middle or low grade is realized; the invention has a higher coefficient of recovery under the condition of guaranteeing A / S ratio of the ore concentrate. The invention has the advantages of simple and steady technological process, strong operability, capability of enlarging the resource supply of alumyte and providing a technical support for economy when the alumyte resources are needed, and important economic meaning and a social meaning for the sustainable development of the alumina industry.

The invention belongs to the field of cloud computing resource management, relates to an application load predicating technology, and particularly relates to a self-adaptive resource supply method based on application load in cloud computing. According to the method, an application mode is analyzed and a corresponding predicating model is dynamically selected according to historical data of application load, and the application load in a future period is predicated. The method can timely modify an applied predicating model and relevant parameters according to the accuracy degree of application, so as to obtain higher accuracy degree and provide decision support for the subsequent resource distribution.

The invention discloses a container-based server resource supply method. The container-based server resource supply method comprises the following steps: diagnosing and evaluating performances of servers through performance anomaly detection, finding out an idle service node and a performance anomaly node, and then, realizing self-adaptive adjustment through detection, feedback and control. According to the invention, relative monitoring data of the servers and a container is collected and subjected to idle judgement based on a threshold value and performance analysis for abnormal performance diagnosis based on service times; therefore, the states of each server and each container cluster node can be obtained; then, various clusters are adjusted; supply of server resources can be ensured according to requirements; the use amount of the servers can be reduced to the most extent; the resource consumption is reduced; and the operating cost of a data centre is reduced.

The invention relates to a product design Internet platform and an application method thereof. The product design Internet platform includes a user management module used for managing user information of a demand side and a resource supply side, a demand distribution module used for enabling the demand side to distribute order information, an online order grabbing module used for enabling the resource supply side to grab orders according to the information distributed by the demand side and the demand side to comprehensively analyze all order grabbers and select a successful bidder and disclose bidding results, an order submitting module used for enabling the successful bidder to submit an order after completing a design task, and an order payment module used for enabling the demand side to pay for the successful bidder. With the product design Internet platform and the application method thereof of the invention adopted, an enterprise can quickly distribute design demands, and more resources can be provided for the enterprise, productivity and efficiency improvement of the enterprise can be facilitated; and social design resources can be paid through an enterprise service mode, and the rational allocation of social resources and common progress of the industry can be realized.

The invention discloses a portable HDMI CEC automatic testing device and a testing method thereof. A testing device circuit comprises a power resource and a micro control unit MCU, wherein the micro control unit MCU is respectively connected with an HDMI interface and an LED status indicating circuit, and the power resource supplies electricity to the MCU and the LED status indicating circuit. The MCU detects +5V on the HDMI interface and hot plug detects (HPD) signals of the two pins, is communicated with a test object through a bus of a direct digital control system DDC and a bus of a CEC, automatically completes the test of the CEC function of the HDMI equipment, and displays a test result through the LED indicating circuit, wherein the LED status indicating circuit consists of a luminous diode. The invention is simple in structure, convenient in operation, low in cost, high in production efficiency, very small in whole volume due to few devices, convenient for the product manufacture of the quality test, completely automatic in the whole test process, simple, convenient and practical.

The invention provides a method for dispatching MCU resources, a business server and a system. The method comprises the following steps of: the business server determines a candidate MCU collection; the business server constructs a terminal list which records a terminal set needed by a current conference; each terminal set comprises at least one terminal; the business server distributes the terminal set to the MCU in the candidate MCU collection according to a scheduled strategy; the available resource supplied by the MCU distributed to the terminal end is larger than or equal to the sum of the distributed resources needed by the terminal end; according to the corresponding relationship between the terminal end and the MCU, the topological relation of a cascaded conference is determined. By applying the technical proposal, according to the available resources supplied by different MCU, the corresponding relationship between the MCU and the terminal set is determined; and according to the relationship, the topological relation of a cascaded network is established, thus realizing the automatic dispatching of the MCU resources in a TV conference system.

The embodiment of the invention discloses a network dynamic resource calculating method and device. According to the scheme provided by the embodiment of the invention, firstly, a cloud service provider and a client with a resource supply and demand relationship are converted into a multi-master multi-slave two-stage Stackelberg game model; according to the multi-master multi-slave two-stage Stackelberg game model, a cloud utility function and a client utility function are built; according to the multi-master multi-slave two-stage Stackelberg game model, an optimum cloud bandwidth price strategy and an optimum client bandwidth allocation strategy are computed for allocating dynamic resources of a network to the client. In application of the method provided by the embodiment of the invention, the dynamic network resource demands of the client are computed; the network performance is maximized; the dynamic network resource demands of the client are satisfied; and the user experience rank is promoted.

The invention provides a cloud education system facing pre-school children. The cloud education system at least comprises a cloud data center, a cloud education special purpose terminal, a parental related terminal, a background terminal and a resource supply terminal. The cloud data center is used for pushing resources of a specialist or a content provider to the cloud education special purpose terminal. The resource supply terminal is used for uploading the resources provided by the specialist or the content provider to the cloud data center. The parental related terminal is used for being communicated with the cloud data center. The cloud education special purpose terminal is used for downloading resources customized by the parental related terminal from the cloud data center and then feeding using resource data back to the cloud data center. The background terminal is used for performing daily operation and maintenance, resource integration and load balancing on the cloud data center. The cloud education system faces the pre-school children at all stages, provides three-dimensional education for the children, and promotes the educational effect through the mode and content which are dynamic, interactive and controllable and has instructions and feedback.

The invention discloses an internet-based resource supplying system comprising a resource sever, a supply platform and a user terminal, wherein the resource server provides a link of a program resource; the supply platform generates an order according to the link of the program resource provided by the resource server, and pushes the order to the user terminal; and the user terminal conducts analysis to the received order, logs in the resource server according to the analyzed link of the program resource, requests for providing a downloading service, and stores the downloaded program resource. By adopting a supply business mode, the internet-based resource supplying system provides high-definition audio-video program resources for a user, and the user does not need to carry out manual downloaded operation and can complete the automatic supply of the program resource, thus improving the simpleness and convenience of the operation of the user. The supply business is custom-made at an idle period of the network, thus being capable of effectively utilizing the user home bandwidth resource provided by a based network provider, indirectly saving the cost for the home user, and avoiding the adverse effect caused by long-lasting downloading and waiting on the user.

An application manager for enabling multiple applications to share resources in a shared and distributed computing environment. The disclosed system provides for the specification, representation and automatic analysis of resource requirements of applications in a shared and distributed computing environment. The application manager is provided with service specifications for each application, which defines the resource requirements necessary or preferred to run said application (or more precisely, its constituent application components). In addition, the resources may be required to have certain characteristics and constraints may be placed on the required resources. The application manager works in conjunction with a resource supply manager and requests the required resources be supplied for the application. If there are appropriate and sufficient available resources to meet the particular resource requirements, then the resources are allocated, and the application components mapped thereon. The disclosed system can enable the sharing of resources among multiple heterogeneous applications. The systems can allow resource sharing without application source code access or any knowledge of the internal design of the application. Integration of an application can be re-used for other similar applications. Furthermore, the disclosed system enables the dynamic and efficient management of shared resources, providing an agile resource infrastructure adaptive to dynamic changes and failures.

The invention discloses a cloud storage system resource dynamic allocation method based on a DHT mechanism. The method includes the following steps that first, according to the conditions for a terminal user to have access to a cloud storage system, the user access request volume, the access request state, the access performance and server state data in the system are monitored in real time by the cloud storage system, and monitoring data are acquired; second, the data acquired in the first step in real time are analyzed, and whether resource supply reaches the target performance level or not in the running process of the system is judged; third, a resource allocation model is established, and resources are allocated according to the resource allocation model. According to the method, the service performance level and the resource usage conditions are analyzed through a queuing network, so that the service performance of a server is guaranteed, and resource usage cost is reduced.

The invention discloses a facility for manufacturing vertical GaN-based LED chips by metal substrates. The facility comprises a computer information acquisition controller, a reaction room, a metal substrate feeding room, a gaseous-phase metal organism supply device, a nitrogen and / or hydrogen and / or ammonia supply device, an ECR (electron cyclotron resonance) plasma resource supply device, a vacuum degree meter and an imaging display formed relatively by a reflection high-energy electron diffractometer and a fluorescent screen, and is mainly characterized by further comprising a magnetic field coil support cylinder, a photoelectric alarm, a Faraday cylinder, an electronic probe and a direct-current bias voltage. The facility is reasonable in structure, high in film-coating quality and working efficiency, low in chip manufacture cost and the like.

The method includes following steps: (1) determining media resources functional entity MRF providing service for request of stream media service from user equipment UE; (2) providing stream media service for user by determined MRF. Overcoming disadvantages of current technique, the invention uses original functional entities in NGN, and adds new functional entities to implement stream media service. The invention implements uniform authentication for users, charging, and managing etc, supporting functions; uses existed sub system in NGN network architecture provides supports for stream services including aspects of media resources supply, distributing and guaranteeing QoS. The invention also supports development of value added service based on stream media.

The invention discloses a resource supply method for a service supplier under the hybrid cloud environment. From the point of the cloud service supplier and by the utilization of a hybrid cloud model, the invention provides a real-time dynamic and efficient virtual resource scheduling and supplying method so as to meet the demand of every user; the demands of the users are abstracted to be independent tasks, if no proper resource is distributed for the current task, the task not performed is dynamically adjusted in a minimum mode, the cost is adjusted to be minimum while the current task can meet the deadline; if even the maximization adjustment can not make the current task meet the deadline, renting of similar service in the public cloud is considered, energy consumption and earnings for accepting the task are weighed, the least amount of service is rented to achieve the revenue maximization, the time of completion and the utilization rate of the resources are optimized, and the service quality of the users is ensured effectively.

A method for operating one or more electronic device manufacturing systems is provided, including the steps 1) performing a series of electronic device manufacturing process steps with a process tool, wherein the process tool produces effluent as a byproduct of performing the series of process steps; 2) abating the effluent with an abatement tool; 3) supplying an abatement resource to the abatement tool from a first abatement resource supply; 4) changing an abatement resource supply from the first abatement resource supply to a second abatement resource supply, wherein changing the abatement resource supply comprises: i) interrupting a flow of the abatement resource from the first abatement resource supply; and ii) beginning a flow of the abatement resource from the second abatement resource supply; and 5) continuing to perform the series of process steps with the process tool, while changing, and after changing, the abatement resource supply.