33 results about "Distribution method" patented technology

A system and method for the dynamic allocation of resources based on fairness, throughput, and user behavior measurement. A resource allocation decision can be made based on an index value computed by a selection index function, A fairness coefficient and a throughput coefficient, which represents the significance of fairness and throughput can be computed utilizing a reinforcement learning algorithm and the degree of fairness and throughput coefficient can be varied while allocating resources. A user behavior coefficient with respect to a user can be computed to determine the degree of cooperativeness of the user with other users and the value of user behavior coefficient can be updated each time it interacts with the system.

The invention discloses a data distribution method and equipment. The data distribution method comprises the following steps of: receiving messages; extracting flow labels in the messages; and distributing the messages with the same flow label to a same physical port. A same session can be guaranteed to be distributed to the same one physical port by using the data distribution method and equipment disclosed by the invention; besides, the integrity and accuracy of the CDR (Call Data Record) synthesis of a monitoring system can be guaranteed; and thus, a terminal user can use the business more conveniently on the premise of maintaining the benefit of an operator.

The invention discloses a number distribution method, a server and a system, the distribution server being in communication connection with the cache server. The method comprises the steps of receiving a number distribution request from a client, wherein the number distribution request comprises the quantity of numbers needing to be distributed and a request sequence number; sending the quantity of numbers needing to be distributed to the cache server, instructing the cache server to update a value of an atom cursor in a number information database to a sum of a current value and the quantity of numbers needing to be distributed; acquiring the value after the atom cursor is updated from the number information database in the cache server; computing a sequence ID range of the distributable numbers according to the value after the atom cursor is updated and the quantity of numbers needing to be distributed; and sending the sequence ID range and the request sequence number to the cache server, thus allowing the cache server to update the number distribution request IDs corresponding to the numbers to the request sequence number in batch according to the sequence ID range, and return a successful distribution identifier back to the client.

A process for collecting and distributing to multiple beneficiaries funds donated by multiple donors, including the steps of presenting to a donor a group of potential beneficiaries to which the donor may donate, providing to the donor a beneficiary selection means through use of which the donor may select one or more beneficiaries for effecting a donation, and providing the donor with access to a payment means through use of which the donor may make a payment to a fund managed by a process manager. The process further includes associating by the process manager the payment with the one or more selected beneficiaries, generating and transmitting to the donor a receipt means for memorializing the payment, creating a donor record in an automated records storage system that includes donor-identifying information, the donor's selected beneficiaries, and the associated amount of the payment by the donor, and generating beneficiary notification means for notifying the one or more selected beneficiaries that donated funds have been deposited for the selected beneficiaries' intended benefit and providing information on fund-retrieving steps for claiming the donated funds.

The invention discloses a multi-machine distributed time sequence task allocation method based on a non-deadlock contract net algorithm, which belongs to the technical field of task allocation. The implementation method comprises the following steps that a time sequence task allocation model isestablished aiming at a time sequence constraint problem of multi-unmanned aerial vehicle cooperative task allocation, and a time sequence task deadlock criterion is proposed; in the task sorting process of a contract net algorithm, the influence of a coupling time sequence task is fully considered, a nearest neighbor task is preferentially selected, a task sorting scheme meeting deadlock constraints is generated in combination with deadlock criterion recursive backtracking used for eliminating an infeasible sorting scheme, a bid invitation unmanned aerial vehicle selection mechanism and algorithm convergence conditions are improved, a non-deadlock contract net (DF-CNP) algorithm based on a competition mechanism is further proposed, the non-deadlock contract net (DF-CNP) algorithm is parallel under a distributed architecture, and a multi-unmanned aerial vehicle non-deadlock time sequence task allocation result is efficiently output. The method is based on a competition mechanism, so that the method has the characteristic of high optimization efficiency.

The embodiment of the invention provides an equipment network distribution method and device, a computer readable storage medium and an electronic device. The equipment network distribution method comprises: acquiring an equipment identifier of a second device, and the second device being a device to be subjected to network distribution; sending first network distribution information and the equipment identifier to a server to indicate the server to generate a network distribution request according to the first network distribution information and the equipment identifier; wherein the first network distribution information is used for indicating the network distribution information that the first device performs network distribution, and the network distribution request is used for indicating the user equipment to perform network distribution processing on the second device in response to the network distribution request. Therefore, through the embodiment of the invention, the problemof poor user experience caused by low efficiency in the distribution network binding process of a plurality of intelligent household appliances in the related art can be solved, and the effect of remarkably improving the operation convenience and experience in the distribution network binding process of the plurality of intelligent household appliances by the user is achieved.

The invention discloses a message distribution method, a device and a system. The method comprises the following steps: status information of each communication device in the cloud environment is acquired; a message distribution strategy of distributing a message to each communication device is determined according to the above status information; and a message is distributed to each communication device according to the above message distribution strategy. According to the invention, the strategy of distributing a message to each communication device is dynamically determined according to the status information of each communication device in the cloud environment, and resource utilization rate of each communication device is raised.

The embodiment of the invention discloses a data distribution method and device, equipment and a storage medium, and the method comprises: determining the number of slots and at least two hash valuesof a hash distribution table; allocating nodes to each hash value, and storing the number of slots and the distribution mapping relationship between each hash value in the hash distribution table andthe nodes, so as to distribute the data of each hash value in the corresponding node, the distribution mapping relationship being non-fixed; and after the newly added nodes are added, performing dataredistribution based on a preset redistribution mode and updating the corresponding distribution mapping relationship. By the adoption of the technical scheme, logic and physical separation of data distribution is achieved by storing the distribution mapping relation between the non-fixed hash values and the nodes in the MPP system, when new nodes are added into the MPP system, data redistributioncan be achieved more efficiently, and then rapid system expansion is achieved.

The invention discloses a horizontal well segmented water-injection process pipe column and a distribution method. The horizontal well segmented water-injection process pipe column comprises two or more water distributors, and a pressure-maintaining expansion type packer is arranged between every two water distributors; a mechanical compression type packer is arranged between a safety joint and the water distributor facing the front end of an oil pipe; each water distributor is internally provided with a main control unit, a wireless communication module, a measuring device, a flow adjusting device and a power source; the measuring devices are used for measuring the water injection pressure of water injection flowmeters; the main control units are used for controlling the flow adjusting devices to adjust the open degrees of water nozzles and used for recognizing instructions sent by a ground control terminal; and the wireless communication modules are used for communicating with the outside. The downhole flow is tested by the measuring devices of the water distributors, the downhole flow is distributed through control of the main control units of the water distributors over the flow adjusting devices, thus distribution construction for layered injection well steel wire or cable testing in the prior art is omitted, a large amount of manpower is saved, and the testing efficiencyis effectively improved.

The invention discloses an optimal power distribution method in a non-orthogonal multiple access system. The optimal power distribution method comprises the following steps: 1) acquiring a channel state; 2) sorting gain signal-to-noise ratios; 3) calculating a power selection value; 4) allocating transmitting power. According to the invention, the optimal power distribution scheme can be quickly solved through a closed-form solution method; on the premise of ensuring the fairness of the users, the minimum rate of each user in the downlink channel of the non-orthogonal multiple access system can be maximized, the calculation complexity is reduced, the optimal power allocation result can be quickly obtained, and the efficiency of allocating the sending power is improved.

The invention relates to an address-information-based task distribution method. The method comprises: a customer service terminal receives first incoming call information of a user terminal to obtain user identity information, task information and task location information of a first user, and the obtained information is sent to a server by a service terminal; the server analyzes the task location information to obtain a service distribution terminal ID of a service distribution terminal; the service distribution terminal inquires service personnel information associated with the service distribution terminal ID; according to task processing permission information and the task information, a service personnel ID of a first type of the service personnel is determined in the service personnel information; terminal location information of a mobile terminal corresponding to the service personnel ID of the first type of service personnel is obtained and the obtained terminal location information matches the task location Information to obtain a service personnel ID of the best one among the service personnel and a mobile terminal ID of a target mobile terminal; and the user identity information, the task information and the task location information are sent to the target mobile terminal.

A distribution method of multi basic midamble includes following step A. determining the number of channelizing code of a cell or sector (s101); B. configuring more than one of basic midamble to the cell or sector (s102); C. generating midamble which is no less than said channelizing code using said more than one of basic midamble (s103); D. configuring said midamble to make each channelizing code correspond to different midamble respectively (s104). The invention can configure multi basic midamble code in a cell or sector to make midamble correspond to all of adoptable spread spectrum code one-to-one, can improve the accuracy of joint detection remarkably and efficiently, and can change the service speed more securely. Furthermore, acquiring channelizing impulse response and corresponding spread spectrum code using the exact corresponding of midamble and spread spectrum code can acquire user original signal exactly. The invention also includes a joint detection method.

The invention relates to a pushout device of article distribution equipment. The pushout device comprises a hollow cylinder used for storing articles, an electric push rod extending into the hollow cylinder at the rear end of the hollow cylinder to push articles placed in the hollow cylinder to fall out from the front end of the hollow cylinder as well as a push plate movably placed in the hollowcylinder, wherein cylindrical space surrounded by the hollow cylinder and used for storing the articles is directly communicate with external space through the front end of the hollow cylinder; and the push plate is attracted to the end part of the electric push rod extending into the hollow cylinder through a magnet and moves forwards or backwards with the electric push rod, so that the articlesplaced in the hollow cylinder are uniformly stressed. The invention also relates to article distribution equipment and a distribution method. The pushout device of the article distribution equipment,the article distribution equipment and the distribution method have the benefits as follows: the service life of the electric push rod is longer and the equipment maintenance cost is lower.

The invention relates to the technical field of artificial intelligence, and provides a business distribution method and device based on reinforcement learning, equipment and a storage medium, which are used for improving the accuracy of service allocation. The business distribution method based on reinforcement learning comprises the following steps: carrying out selection probability predictionon feature vector information of mechanism private data based on a plurality of participation ends to obtain a selection probability; sampling the feature vector information through the selection probability to obtain sampling gradient information; updating model parameters of a preset service evaluation federation model according to the sampling gradient information to obtain an updated federation evaluation model, and calculating a reward value by updating the federation evaluation model; through a preset evaluator and a reward value, carrying out value evaluation on the feature vector information to obtain a participant contribution degree; and according to the contribution degree of the participant, carrying out business distribution on the plurality of participant ends to obtain participant business distribution information. In addition, the invention also relates to a blockchain technology, and the institution private data can be stored in the blockchain.

The invention discloses a file distribution method and device, and relates to the technical field of computers. One specific embodiment of the method comprises the following steps: receiving a plurality of to-be-distributed files, and dividing the plurality of to-be-distributed files into at least one file set according to a distribution scene, the distribution scene indicating a corresponding relationship between the to-be-distributed files and a target user; respectively generating file set copies for the at least one file set, and sending the file set copies to a cloud storage; and in response to the file distribution instruction, generating file copies according to the number of the target users corresponding to the to-be-distributed files in the file set copies, and sending the file copies to the terminals of the target users respectively. According to the embodiment, the file distribution efficiency is improved, human resources are saved, the file distribution automation degree is improved, the file distribution accuracy is improved, and the user experience is also improved.

The invention relates to an urban tourism visitor smart distribution system and a distribution method. The system is characterized by comprising a data platform (2), scenic area servers (3), a municipal traffic department (4) and user terminals (1). According to the distribution method for the urban tourism visitor smart distribution system, when visitors send target scenic area ticket purchasingrequests, the data center (2) carries out the analysis steps of S1, S2, S3 and S4. The system and method have the beneficial effects that visitor density among scenic areas can be dynamically monitored, the visitors among the scenic areas can be effectively distributed and evacuated, and when visitor flow in the scenic areas is high, traffic relief requests can be sent to municipal traffic.

The invention provides a cloud desktop server intelligent distribution method and system, a storage medium and a central control server. The method comprises the following steps: receiving a connection request sent by a client; acquiring network delay information of the client and each server cluster acquired and sent by the client in a connection request process; dividing each piece of network delay information into different levels based on a preset rule; and selecting the cloud desktop server in the server cluster corresponding to the network delay information with the highest level priority, and allocating the cloud desktop server to the client. According to the cloud desktop server intelligent distribution method and system, the storage medium and the central control server, the mostoptimal cloud desktop server at present is intelligently distributed to the client based on the network connection quality between the client and the server, so that the user experience is greatly improved.

The invention discloses a new product trial sale unified distribution method, system and device and a storage medium. The method comprises the steps of obtaining a new product introduction request triggered by a commodity planning subsystem; according to new product information carried in the new product introduction request, adding a new product corresponding to the new product information to the supply chain management subsystem; adding a trial sales store corresponding to the new product in the supply chain management subsystem according to trial sales store information; according to the new product information and the trial sales store, controlling the commodity planning subsystem to generate a trial sales distribution scheme of the new product; and in the new product trial sale process, based on the current inventory of the new product in the trial sale store, controlling the commodity planning subsystem to regenerate a trial sale distribution scheme of the new product. The technical problem of low distribution efficiency caused by manual distribution during trial sale of existing new products is solved.

The invention relates to a total target quantity distribution method, device and equipment. The method comprises the following steps: determining the annual total target quantity of a whole company; respectively obtaining the annual reference completion amount of each sub-company, wherein the annual reference completion amount comprises the average value of the historical annual completion amountsof the sub-companies or the annual average completion amount of the industry where the sub-companies are located; dividing all the sub-companies into a first sub-company group, a second sub-company group and a third sub-company group in a preset mode according to the average value of the completion amount of each historical year; splitting the annual total target quantity into a first sub-targetquantity, a second sub-target quantity and a third sub-target quantity according to the annual average completion quantity of the industry of the place where the sub-company is located; and based on apreset allocation mode, allocating the first sub-target quantity to each sub-company in the first sub-company group, allocating the second sub-target quantity to each sub-company in the second sub-company group, and allocating the third sub-target quantity to each sub-company in the third sub-company group, thereby realizing reasonable allocation of the total target quantity.

The invention discloses an industrial APP distribution method and system based on the industrial Internet, and relates to the technical field, and the implementation process is as follows: a hybrid cloud deployment mode is adopted to establish an industrial APP aggregation cloud platform, and the cloud platform uses a Serverless architecture and provides development uploading and retrieval recording functions of an industrial APP; the cloud platform provides a unified interface service and is used for connecting the industrial internet platform and the industrial big data platform; an industrial APP distribution algorithm is embedded in the cloud platform to form a plurality of open APIs, and the cloud platform provides a visual service module based on the APIs; after a demand side inputs intelligent manufacturing demand information through a visual service module, the cloud platform firstly uses a function calculation service to carry out modeling analysis, then uses the visual service module to display an industrial APP suitable for its own production conditions to the demand side, and finally carries out distribution according to the selection of the demand side. According to the invention, the industrial APPs can be recommended and applied to enterprises in a targeted manner, and an intelligent production scene is satisfied.

The embodiment of the invention provides an unmanned distribution vehicle, an article distribution method and an article distribution system. The unmanned distribution vehicle comprises a flight device, a conveying device and a control device; the flight device is used for realizing the vertical take-off and landing and hovering of the unmanned distribution vehicle; the conveying device is used for conveying a target article into the containing device of a target floor corresponding to the target article; and the control device is connected with the flight device and the conveying device and is used for controlling the flight device to enable the unmanned distribution vehicle to vertically fly to the height of the target floor, controlling the unmanned distribution vehicle to suspend at the height of the target floor and controlling the conveying device to convey target article into the containing device of the target floor. By means of the technical schemes of the invention, the advantages of the automatic driving of the unmanned vehicle are utilized, the waiting time of the unmanned distribution vehicle can be shortened, and the distribution efficiency of the unmanned distribution vehicle is improved.

The embodiment of the invention provides a case distribution method and device, and the method comprises the steps: receiving a to-be-processed case, and obtaining a hierarchical label of the to-be-processed case; determining an object level corresponding to the hierarchical label of the to-be-processed case according to a preset mapping relationship between the hierarchical label and the object level; and determining a case processing object based on the corresponding object level, and allocating the to-be-processed case to the case processing object.

The invention discloses a distribution method for leaked water in a water supply pipe network model, and belongs to the field of building water distribution in the water supply pipe network model. Themethod comprises the steps: (I), giving consideration to three factors (pipe material, pipe diameter and pipe age) affecting the leakage of pipe segments, and taking the three factors as independentvariables in a leaked water distribution model; (II), solving the leakage weight values Cijk of all pipe segments through building a three-dimensional discrete distribution model; (III), distributingthe leaked water to all pipe segments. The method gives consideration to the factors affecting the leakage of the pipe segments, can achieve the scientific and accurate distribution of the leaked water of a pipe network to all nodes of the water supply pipe network model, remarkably improves the simulation precision of the pipe network model, brings convenience to a pipe network worker to timely obtain the operation conditions of the pipe network, and is important for the improvement of the emergency processing, the real-time dispatching and the operation management for the workers of all water companies.