229 results about "Resource Provider" patented technology

The invention provides an attribute-based encryption method and an attribute-based decryption method, and belongs to the technical field of data security, and the method comprises the steps that a resource provider randomly selects a first parameter from a polynomial quotient ring; performing Hash processing on a target resource identifier to obtain a Hash mapping result, the target resource identifier being identifier information of a resource needing to be encrypted; based on the first parameter, the Hash mapping result, and a public key and a session key of a policy management entity, performing encryption by using a preset encryption algorithm to obtain a ciphertext; or decrypting the ciphertext based on an attribute certificate and a cryptographic strategy to obtain the session key, and the attribute certificate is a one-time attribute token generated based on time and attributes. According to the attribute-based encryption method and the attribute-based decryption method provided by the invention, the cryptographic strategy has timeliness, and dynamic binding of the cryptographic strategy and the encrypted data is realized; the attribute voucher generated in real time is used in the decryption process, and the reliability of the system is improved.

The invention belongs to the field of aerospace engineering application, and particularly discloses a satellite resource adaptive allocation method and system based on deep intensity learning. The method comprises the steps that a task planning problem model is constructed, ground targets are decomposed into a plurality of optional observation activities based on the model, each ground target corresponds to an independent sub-task in a visible time window of the ground target, and the sub-tasks are defined as meta-tasks; based on the meta-task set, constructing a Markov decision process model; on the basis of a Markov decision process model, a strategy network model based on Transform is adopted, an Actor-Critic algorithm is combined to iteratively optimize a satellite resource allocation strategy for network model parameters, and then a heuristic algorithm is adopted to determine the specific execution sequence and execution time period of each satellite resource provider task. According to the invention, under the condition of limited satellite resources, efficient cooperation of multiple satellites can be realized so as to complete various observation tasks.

The invention provides a 6G wireless network resource sharing method, system and device and a storage medium, is applied to any resource sharing scene of a 6G wireless network, is executed by any node in a block chain system, and comprises the following steps: receiving a resource request sent by a resource requester; searching whether a target resource corresponding to the demand information of the resource request exists in a resource pool or not; under the condition that the target resource exists, whether the access permission is met or not is determined based on requester information of the resource request; determining a target resource provider corresponding to the target resource under the condition that the access permission is met; and controlling a resource provider corresponding to the target resource to send the target resource to the resource requester. According to the embodiment of the invention, a specific implementation scheme is provided for entity resource sharing between 6G networks, a traditional resource management method is combined with a block chain smart contract based on design and implementation of the block chain smart contract, and various untrusted networks are fused to form an open market for promoting growth data sharing and resource sharing.

The invention relates to the technical field of communication, in particular to a task allocation and scheduling method based on multiple rounds of auction, which constructs an auction framework for a scene in which terminal equipment simultaneously processes multiple tasks in parallel and based on a D2D collaborative MEC architecture, and takes a busy terminal as a buyer, an idle terminal as a seller and a trusted third party as an auctioneer. Edge collaborative computing unloading based on an incentive mechanism and task scheduling are combined to improve system utility, specifically, a resource provider selection strategy based on a bidding performance ratio and a task scheduling sequence strategy based on a greedy profit-emergency ratio are adopted, and optimal matching and an optimal task processing sequence are achieved. Simulation results show that the number of effective processing tasks and time delay of task processing are increased, the advantages of edge collaboration task unloading and flexible task processing sequence adjustment are fully utilized, and the resource utilization rate is increased.

Embodiments are directed to using an NFC capable portable device to conduct a transaction at a resource provider location. The portable device (e.g., a wearable device, a physical token) may be temporarily associated with a user account at the resource provider location. The resource provider location includes one or more terminals that are configured to generate a list of items (e.g., items picked by the user) to be associated with the portable device. At checkout, the user surrenders the portable device, items on the list get automatically charged to the user account, and the user leaves the resource provider location. All communication between terminals, portable device and the resource provider computer occurs over a closed, local area network. Among the terminals, portable device and the resource provider computer, the resource provider computer is the only device configured to communicate with external entities over an external network.

A method includes receiving, by a user device, an interaction request message for an interaction. The interaction request message comprises a requested amount from a resource provider computer. A secure element on the user device selects between an offline balance and an offline amount of program tokens stored in the secure element. The offline amount of program tokens can be selected. The secure element on the user device can deduct the requested amount from the offline amount of program tokens. The user device can complete the interaction with the resource provider computer.

The invention provides an intelligent reservation and multi-party real-time confirmation cooperation method and system in a business travel scene, and relates to the technical field of intellectualization, and the method comprises the steps: receiving a business travel reservation request, extracting travel time, personnel, budget and business travel policy information, and generating a reservation task; a deep learning model is adopted to analyze reservation task information, and traffic, accommodation and conference site resources are matched to generate an initial resource matching scheme; receiving schedule feedback returned by the resource provider, calculating a time sequence correlation degree, a geographic position correlation degree and a cost matching degree among the resources by using a graph neural network model, and generating an optimal resource combination scheme; and broadcasting the optimal scheme to a resource provider node through a block chain network to execute an intelligent contract to perform resource locking, generating reservation confirmation information and electronic certificate information, and writing the reservation confirmation information and the electronic certificate information into a block chain distributed account book. According to the invention, intelligent matching and real-time confirmation of business travel resources are realized, the booking efficiency is improved, and the transaction reliability is ensured.

A distributed system provides access by a principal to a resource associated with sensitive data. Micro-services in communication with an authorization engine each include a resource provider that receives a resource action request from the principal to access the resource, determines a context for the request, and transmits the context to the authorization engine in an authorization request. The authorization engine receives the authorization request, resolves the authorization request context against a plurality of pre-defined resource conditions, and responds to the resource provider with an authorization response of allow, deny, or allow-with-conditions. The context for the request includes metadata regarding attributes of the principal, and each of the resource conditions includes a logical expression operating upon the attributes.

One embodiment is related to a method. The method includes receiving from a storage application server computer, a token request message comprising a user identifier associated with a storage application on a user device, and determining a token. The token is a limited use token. The method includes mapping the token to the user identifier, transmitting, a token response message comprising the token to the storage application server computer. The method includes receiving from a processing network computer, a de-tokenization request message comprising the token, after the processing network computer receives an authorization request message comprising the token from a resource provider computer via a transport computer. The method also includes determining the user identifier using the token, and transmitting the user identifier to the processing network computer.

Techniques (e.g., software, hardware, and / or machine-learned model(s)) may generate a third-party agent broker for validating data access requests on behalf of a resource provider. This third-party agent broker may validate the data access requests against a personalized access model associated with the resource provider. The context of the data access requests may be checked for similarity to the personalized access model (e.g., via embedding the data access request and the personalized access model). The data access requests may then be fulfilled based on validating the context of the data access requests.

The invention provides a multi-dimensional engineering cost analysis and comparison method, which comprises the following steps of: obtaining an engineering construction plan, and constructing a time sequence according to construction time nodes in the engineering construction plan; acquiring spatial data and resource data according to the engineering construction plan; randomly mapping the spatial data and the resource data to a time period formed by construction time nodes in a time sequence according to different time nodes to obtain a construction sequence; calculating the viscosity of adjacent time periods in the construction sequence, and adding the viscosity into the construction sequence; a sparrow search algorithm is adopted to analyze and compare the construction sequence based on the lowest cost, and an optimal construction sequence is obtained; a time dimension, a space dimension and a resource dimension are combined together to construct a time sequence, and after the viscosity between a logistics supplier and a resource provider is considered, a sparrow search algorithm is adopted for optimization, so that an optimal construction sequence with the lowest construction cost evaluated from multiple dimensions can be obtained.

In a method, account credentials can be securely transmitted. A user device and application can initially select an account, and then obtain a transaction identifier associated with the account. The user device can provide the transaction identifier to a resource provider, which can then directly exchange the transaction identifier for the account credentials.

A method is disclosed. The method includes receiving from a resource provider computer, an authorization request message with a value for a transaction. The method includes transmitting the authorization request message comprising the value to an authorizing entity computer, and determining that an authorization response message in reply to the authorization request message has not been received, and that a time since the authorization request message was transmitted exceeds a time threshold. If the value in the authorization request message is below or equal to a value threshold, the server computer generates an authorization response message on behalf of the authorizing entity computer and transmits it to the resource provider computer. If the value in the authorization request message is above the value threshold, then the server computer continues to wait for an authorization response message from the authorizing entity computer.

Systems and methods provide for submission, verification, and validation of one or more code packages associated with provisioning logic for third-party applications. A user may request verification as a publisher and submit a code package for use with a third-party application within a resource provider environment. The code package may be tested and, upon passing, be published to a public repository for discovery and use by other users. The code package may form part of an extension that is integrated into a template that enables automated provisioning of resources and applications.

The invention discloses a virtual power plant resource optimization scheduling method and system based on a master-slave cooperative game, and the method comprises the steps: taking the internal purchase and sale electricity price of a virtual power plant operator and the demand response of an energy storage operator as decision variables externally; a single leader-single follower master-slave game model with simultaneous maximization of benefits of a virtual power plant operator and an energy storage operator as a target function is constructed, a cooperative alliance of a hydrogen energy storage operator and an electrochemical energy storage operator is established inside, and the maximum benefits of the two cooperative parties are achieved in a cooperative game mode. According to the method, optimal scheduling of internal resources is realized, so that benefit distribution of virtual power plant operators and internal resource providers can be balanced, the economic benefit of the virtual power plant is improved, meanwhile, by considering energy interaction of the internal resources, the economic benefit is generated, energy waste is avoided, and the economic benefit is increased. The method has a remarkable positive effect on the structure adjustment of a novel power system and the construction of a diversified power market.

Methods and systems for using a mobile device as a point-of-sale (POS) terminal provisioned by a resource provider are provided. A server computer can transmit, to a resource provider computer, a set of platform-specific scripts to be incorporated into a resource provider application provisioned on a user device. The server computer can register each instance of the resource provider application provisioned on any user device as an access terminal associated with the resource provider computer. The server computer can receive, directly from an instance of the resource provider application on a user device, a processing request message to perform a transaction. The server computer can obtain an authorization decision on behalf of the resource provider computer and transmit the authorization decision to the user device and the resource provider computer.

A method is disclosed. It includes receiving, by a processing network computer, an authorization request message. The authorization request message comprises an amount and a credential or a token associated with a user as part of an interaction with a resource provider. The processing network computer transmits, to an authorizing entity computer, the authorization request message, which determines a first blockchain address associated with the user using the credential, and initiates a first blockchain transaction on a blockchain. The method also includes transmitting to the authorizing entity computer a post-authorization request message associated with the authorization request message. The authorizing entity computer initiates a second blockchain transaction transferring a first post-authorization amount associated with the amount from a second blockchain address to a third blockchain address associated with the processing network computer. The processing network computer provides a second post-authorization amount to a transport computer.

In a system that controls access to resources via tokens, a system includes an application that generates ephemeral authorization tokens from partner tokens, to increase confidentiality and security, in embodiments. Responsive to a request, received by an application provider, for a protected resource, a federated ID / authorization provider is caused to receive a request for access / ID tokens that the ID / authorization provider provides (in any of various ways) to the application. The application validates and stores the tokens, nests the access / ID tokens within an ephemeral token document having a unique ID and shortened expiration, encrypts the nested ephemeral token using at least resource-specific encryption and causes the encrypted nested token to be sent to the protected resource provider that decrypts and validates the ephemeral token, causes the Access / ID token(s) within the ephemeral token to be validated, and provides the protected resource for valid tokens.

The present application relates to a business process configuration method, a data processing method and a device provided by the present application. The method includes: determining the target component selected by the target object in the candidate components by obtaining the selection operation of the target object on the candidate components, wherein different combinations of candidate components are used to transfer virtual resources with different resource providers; determining the sorting information of each target component by obtaining the sorting operation performed by the target object on each target component, wherein the sorting information is used to indicate the execution order of each target component; connecting the target components according to the sorting information to obtain the target business process. The method provided in the embodiment of the present application can flexibly configure the workflow, and does not need to redevelop a new set of workflows every time an expansion is performed. It has strong reusability, greatly reduces the implementation cost of workflow establishment, and can effectively improve the efficiency of workflow construction.

According to some embodiments of the present invention, an authentication method is provided. Transaction data for a transaction is received at a communication device from an access device or a resource provider. The transaction data includes the location of the access device. The location of the communication device is determined by the communication device itself. It is determined whether the distance between the location of the access device and the location of the communication device is within a predetermined threshold. If the distance between the location of the access device and the location of the communication device is not within the predetermined threshold, then the transaction is not authorized.

Systems and methods provide an application-programming interface (API) framework for fulfilling transactions based on resources provided by a resource provider. A computer-implemented method can include receiving user-profile data associated with a request for resources to fulfill a transaction. The computer-implemented method can also include constructing an API request based on the user-profile data. When the API request is received, the resource server can dynamically generate and transmit a response message. The computer-implemented method can also include parsing the response message to identify a set of installment options. When a particular installment option is selected, the resource server can authorize transmittal of one or more resources associated with the selected installment option. The computer-implemented method can also include fulfilling the transaction after transmitting the selected installment option. The computer-implemented method can also include receiving the one or more resources associated with the selected installment option after fulfillment of the transaction.

The application relates to a logistics supply chain management method and device, computer equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: in response to a logistics resource occupation request, acquiring real-time running data of logistics resource objects provided by a plurality of resource providers respectively, performing logistics resource allocation planning, and obtaining an initial logistics resource scheduling scheme corresponding to the logistics resource occupation request; acquiring feedback information returned by each resource provider for a logistics resource scheduling sub-scheme; adjusting the initial logistics resource scheduling scheme according to the feedback information returned by all the resource providers, and obtaining a target logistics resource scheduling scheme corresponding to the logistics resource occupation request; and performing scheduling control on the logistics resource objects according to the target logistics resource scheduling scheme. The method can improve the efficiency, feasibility and resource utilization rate of logistics resource scheduling.

The invention provides an asymmetric application program interface service system and method. The method comprises the following steps: receiving a resource transformation method appointed by a computer device of a resource provider to a main resource; judging whether the resource deformation method can act on the main resource or not; when the resource transformation method can act on the main resource, a key is generated and transmitted back to the computer device of the resource provider according to the information of the resource provider, the identification code information of the main resource and the identification code information of the resource transformation method. Based on the asymmetric application program interface service system and the asymmetric application program interface service method, the same URI (or identifier) can correspond to different resource variants according to the execution action information. After a resource owner uploads (Post) a main resource, when a resource demander downloads (Get) the resource with the same URI or identifier, the obtained resource is subjected to resource deformation according to a resource deformation method set by the resource owner.

The present disclosure provides a resource scheduling method, device and apparatus. The method includes: receiving a service request, where the service request carries service requirement; generating a resource provider list of resource providers that meet the service requirement based on the service requirement and status of the resource providers; selecting a target resource provider in the resource provider list based on the resource provider list and first information; wherein the first information is used to indicate a global optimization goal; and calling the target resource provider to provide service.

The present invention discloses a resource allocation method, device, readable medium, and electronic device. The method includes: determining the target resources required to construct a mathematical model of the target user's needs based on the model requirements of the target user and the data provided by the data provider; determining at least one resource provider to provide timely resources to the data provider; determining identification information corresponding to at least one resource provider, the identification information including the resource provision time and resource provision amount; determining virtual resources obtained by the target user calling the mathematical model; and determining a resource allocation plan corresponding to at least one resource provider in the virtual resources based on the identification information. The technical solution provided by the present invention utilizes resource providers to provide timely resources to data providers, encourages more data providers to join joint learning, and determines a resource allocation plan for the resource provider based on the resource provision time and resource provision amount of the resource provider, which is reasonable.

The present disclosure includes receiving one or more updates to a global resource pool of the hybrid cloud and updating a local resource pool with the one or more updates to the global resource pool; intercepting a service request from an application; redirecting the deployment of the service request to a resource provider of the hybrid cloud having available computing resources satisfying the service request based at least in part on the local resource pool and by using a network hook; receiving an internet protocol (IP) address of the resource provider; redirecting a domain name service (DNS) of the application to an IP address of the resource provider; and sending a service request to the resource provider.

In a system for verifying transactions, when a user with a portable communication device approaches a resource provider location, the portable communication device provides an indication of its proximity to the location to a transaction processing system. Subsequently, the portable communication device provides a universally unique identifier (UUID) of a base station of the resource provider to the transaction processing system, which generates a hash using the UUID and a primary account number (PAN) of a portable transaction device associated with the portable communication device. When the user transacts with the portable transaction device at the provider, the provider generates a separate hash from the UUID and the PAN and sends the hash to the transaction processing system. A match between the hashes is considered a positive indication that the transaction is not fraudulent and that the resource provider is in compliance with the system.

Methods and systems for managing data, resources, services, or the like in a distributed service system (e.g., a distributed service platform) are disclosed. Application programming interface (API) requests (e.g., API calls) may be automatically generated from user intents detected in natural language statements provided by a user. Resource providers within the distributed service platforms that the user intended for the API requests to be transmitted to are also automatically identified based on the user intents. One or more resource proxies may then automatically route the generated API requests to these resource providers using a directory of the distributed service platform.

The present application provides a resource acquisition method and device, belonging to the field of communication technologies. The method is applied to a proxy gateway and includes: receiving target information of a target resource sent by a resource provider; obtaining the identifier of the resource provider and the type of the target resource; obtaining target resource configuration data from a pre-established resource configuration table according to the identifier of the resource provider and the type of the target resource; generating proxy address information corresponding to the target resource according to a target encoding string in the target resource configuration data, a preset data transmission protocol, and the external address information and port information of the proxy gateway; and sending the proxy address information to a resource user, so that the resource user generates and sends a first resource request carrying the proxy address information, where the first resource request is used to obtain the target resource through the proxy service provided by the proxy gateway.

A method is disclosed. The method includes receiving, from a storage application server, a data packet comprising access data. The method also includes receiving, from a transport computer, a request for the data packet, after the transport computer receives a message comprising a value and a resource provider identifier from a resource provider computer. The method further includes transmitting, to the transport computer, a response comprising the data packet. The transport computer is programmed to receive the data packet, generate an authorization request message comprising the access data, the resource provider identifier, and the value, and transmit the authorization request message to an external computer for authorization processing.