91results about How to "Simplify the distribution process" patented technology

A method of generating authentication seeds for a plurality of users, the method involving: based on a single master seed, generating a plurality of derivative seeds, each one for a corresponding different one of a plurality of users; and distributing the plurality of derivative seeds to a verifier for use in individually authenticating each of the plurality of users to that verifier, wherein generating each one of the plurality of derivative seeds involves mathematically combining the master seed and a unique identifier identifying the corresponding user.

A wireless base station device includes a plurality of transmit weight generation sections and a beam selection section. The transmit weight generation sections generate pieces of transmit weight information used for spatial division multiplexing transmission according to different algorithms. The pieces of transmit weight information are generated based on channel information on a plurality of terminals each having one or more antennas with which the wireless base station device performs spatial division multiplexing transmission. The beam selection section selects one of the pieces of transmit weight information generated.

The invention relates to an automatic resource distribution method in a cloud calculation environment. The method comprises the following steps: A. a "resource pool" in the cloud calculation environment is defined and managed; B. a virtual machine is pre-established; C. when a resource application is put forward by a user, resources in the resource pool is automatically matched by a management system, and the resources are listed to an optional queue if types and configuration are both matched; if the number of the optional queue surpasses a requirement of the user, the resources are selected from the optional queue to be distributed to the user according to a presorting dynamic resource distribution algorithm; D. when the pre-established virtual machine cannot meet the requirement of the user, insufficient number of the virtual machines are established after the resource application of the user is submitted. E. the resources are automatically applied and returned, and user data are confidentially stored or selectively deleted according to the requirement; and F. statics and analysis are performed on the requirement of the user, and a resource distribution report form is automatically generated. The process of the method is rapid and safe and automation is realized so that complexity and management cost of resource distribution in the cloud calculation environment are reduced, working efficiency is enhanced and resource utilization rate is also scientifically enhanced.

This invention discloses a network access control method and a system including: limiting the access extent of authority to users on-line by the web certification of a portal server to limit it to access the limited network resources only, a user downloads the safety UE by the Web, when the user accesses the protected network resources, the safety UE is used to certificate the safety of the UE and users passing through the safety certification access the protected network resources freely. The system includes: network access devices connected by network, a portal server and an AAA server.

Techniques disclosed herein include an electro-chemical deposition apparatus that provides an efficient circulation system, chemical management that provides reliable and uniform plating, and a configuration that provides short maintenance times and greater tool availability. Techniques include a processing tank containing an anolyte fluid, and one or more plating cells each having a catholyte fluid compartment with a circulation path that connects to a separate or remote catholyte reservoir. Thus, with such a configuration, a single pump can be used to flow catholyte (via manifolds) through one or more plating cells. Thus, with the catholyte reservoir maintained off board, instead of dumping catholyte over a weir into a reservoir, catholyte fluid—after flowing through a plating cell—is returned to the catholyte reservoir.

The present invention restricts a method of assigning unit identification numbers when parameter sets are arranged in a stream. This makes it possible to simplify a decode process and to increase the speed of the process. In a stream containing a plurality of picture units, a plurality of picture parameter units, and a plurality of system parameter units, the units being arranged in the direction of time series, if a plurality of units have the same parameter set contents, the same unit identification number is assigned to the units. If the parameter set contents of the unit referenced by the preceding unit are different from those of the unit referenced by the next current unit, the unit referenced by the current unit is provided with a unit identification number different from that for the preceding unit.

The invention discloses a method and a system for distributing persistent scheduling cell-radio network temporary identities (C-RNTI) during terminal switching. The method comprises the following steps that: a target base station judges whether a persistent scheduling C-RNTI is needed to be distributed to a terminal according to switching request information from an original base station and a admission control process of the target base station; and if the persistent scheduling C-RNTI is needed to be distributed to the terminal, the target base station and the terminal updates a temporary C-RNTI distributed in a random access process into a persistent scheduling C-RNTI. The invention also discloses a system for realizing terminal switching. The scheme of the invention can reduce radio resource control signaling load during terminal switching.

This invention discloses a method for distributing time frequency resources in a dispatch and FH multiplex system including: A, distributing time frequency pattern set for local areas in the radio communication system and dividing the set into more than one time frequency pattern groups, B, dividing the sub-carriers on the plane of the local time frequency into frequency sub-bands and distributing them to dispatch users in the areas, C, distributing at least one time frequency pattern group to the FH users in the area and distributing the rest to the dispatch users, D, the HF users apply the distributed time frequency pattern transmission data in the pattern set and the dispatch users apply the pattern transmission data distributed for itself and placed in the pattern set in the sub-band, which simplifies the process for distributing time frequency resources.

The present invention relates to a test task execution machine distribution method and device. The method comprises: obtaining test tasks of each terminal created in a test page; adding the test tasks into a task queue according to the sequence; reading the test tasks in the task sequence; extracting the number of the execution machines in the read test tasks; searching the identification of the free execution machines in the execution machine identification set according to the number of the execution machines; and distributing the execution machines for the test tasks according to the searched free execution machine identification. The test task execution machine distribution method and device provided by the embodiment of the invention simplify the test task execution machine distribution operation process and rapidly and accurately distribute the execution machines for the test tasks so as to improve the distribution efficiency of the test task execution machines.

The invention relates to a built-in test implementation method for circuit board interconnection faults in a boundary scan environment. The improved counting sequence algorithm and the single enable method are used as the test generation algorithms for the drive unit and the control unit respectively. The overall design of the invention is mainly composed of search Table, Test Generator and Response Analyzer are composed of three parts. This method can achieve 100% fault detection rate for all interconnection faults, including short circuit, open circuit and sluggish fault; it can avoid the problem of multi-driver conflict, so that the test can be carried out safely; and the design process is simple and easy for engineering implementation; in addition, it It also has the advantages of high reliability, fast test speed, and small hardware overhead.

The invention provides an antenna selection and power distribution method based on energy efficiency. The method comprises the steps as follows: step S1) obtaining channel state information transmitted by each mobile terminal; step S2) ordering channel conditions of all transmitting antennas according to good and bad conditions in accordance with the channel state information, transmitting the front Ntt transmitting antennas to form a transmitting antenna set; calculating energy efficiency optimal value of all transmitting antenna combinations in the transmitting antenna set (img file is equal to DDA0000697273720000011. TIF wi is equal to 86 and he is equal to 78), wherein the corresponding antenna combination thereof is (img file is equal to DDA0000697273720000012. TIF wi is equal to 76 and he is equal to 76); then selecting the front Ntt adds 1 transmitting antennas to form the transmitting antenna set, calculating (img file is equal to DDA0000697273720000013. TIF wi is equal to 112 and he is equal to 85), wherein the (img file is equal to DDA0000697273720000015. TIF wi is equal to 68 and he is equal to 78) is an optimal antenna combination if (img file is equal to DDA0000697273720000014. TIF wi is equal to 238 and he is equal to 83), otherwise enabling Ntt to be equal to Ntt adds 1, and repeating the above processes until the antennas in the transmitting antenna set are all transmitting antennas; step S3) performing transmitting power distribution to the transmitting antennas in the optimal antenna combination by using secondary allocation. The method of the invention effectively avoids energy surplus of the mobile terminal, achieves maximum usage of whole system energy, and greatly reduces algorithm complexity in comparison with existing method.

The present invention discloses a secret key distribution method based on an SIP communication system. The secret key distribution method is realized based on a communication system composed of a VOIP server, a secret key distribution server and a plurality of terminals, and is characterized in that the terminals send the calling request messages to the VOIP server, the VOIP server sends a secret key obtaining request message to the secret key distribution server, and the secret key distribution server utilizes the public keys of the terminals to generate the secret key data of the terminals and distributes the secret key data to the terminals via the VOIP server; after receiving the corresponding secret key data, the terminals utilizes the own private keys to decrypt the secret key data to obtain the session keys, and the calling and called terminals utilize the session keys to realize the secret communication. According to the present invention, a secret key distribution process is simplified, the secret key data is transmitted to the terminals by the SIP messages in communication connection without needing to increase the message number additionally, the real-time performance is stronger, and the secret communication of the terminals can be realized.

The invention discloses a device credential distribution method, a device credential distribution system, user equipment and a management entity. The method includes the following steps that: user equipment (UE) sends IOT device credential request information to an operator user subscription authentication management entity; the user subscription authentication management entity generates corresponding credential information according to IOT device identity information in the received credential request information, wherein the credential information contains an IMSI and an authentication keyK; after receiving the credential information, the UE sends the credential information to a corresponding IOT device; and the IOT device is attached to a mobile communication system according to the credential information. With the device credential distribution method, the device credential distribution system, the user equipment and the management entity provided by the technical schemes of thepresent invention adopted, an asymmetric key system is not required to be supported, only a symmetric key system is needed, and therefore, a device credential distribution process is simplified, and system performance can be improved.

The embodiment of the invention discloses a barrage message distribution method and device, equipment and a storage medium. The method comprises the following steps: constructing and broadcasting a broadcast intention object according to a to-be-distributed barrage message and a broadcast sending action description by a broadcast publishing module; determining at least one target barrage distribution object according to the broadcast sending action description and a system broadcast receiver registration annotation corresponding to a barrage distribution object by a broadcast processing module, and sending the broadcast intention object to the at least one target barrage distribution object, wherein the system broadcast receiver registration annotation is a predefined annotation during compiling in the barrage distribution object and comprises at least one broadcast receiving action description; and calling a broadcast receiving function, receiving the broadcast intention object, and obtaining the to-be-distributed barrage message according to the broadcast intention object by the target barrage distribution object. Through the technical scheme, the barrage message can be distributed to each barrage distribution object in a direct manner, and the distribution effectiveness and the distribution efficiency of the barrage message are improved.

The invention discloses a label distribution method suitable for a multi-satellite multi-beam satellite communication system, and provides different label distribution processes for two different services of a circuit service and a packet service, proposes different label distribution modes for the packet service messages with different priorities. According to the invention, the label can be allocated to the packet entering the satellite network in the satellite edge switching router LER; the on-board switch can perform two-layer quick forwarding by processing and identifying the label, can provide sufficient flexibility for the system, is low in cost in the distribution process, and can realize quick message exchange through simple and efficient processing.

The invention relates to a physical cell identification distribution method based on a maximum priority dyeing algorithm. The problem that in the small cellular network technology, due to an extremelylimited number of physical cell identification (PCI) used for identifying a cellular network base station, the network quality of service (QoS, Quality of Service) of a user is greatly influenced since the small cellular network cannot be deployed smoothly is solved. The method comprises the following steps: firstly, clustering massive network user mobile data by using a K-means clustering algorithm, and dividing and determining a hot spot region of a user; and performing PCI allocation and multiplexing on the cellular base stations in different hot spot regions based on a maximum priority dyeing algorithm. According to the method, PCI allocation and multiplexing can be rapidly and effectively carried out on the cellular base station, meanwhile, the conflict confusion probability of the PCI is reduced, and the QoS of users in a hot spot region is guaranteed.

The embodiment of the invention discloses a barrage message distribution method, a device, a device and a storage medium. The method comprises the following steps: a barrage distributor object determines a message receiver object according to a barrage message to be distributed; the barrage screen distributor object calls a ballistic screen distribution function in the message receiver object todistribute the ballistic screen message to be distributed to the message receiver object, wherein the barrage distribution function is obtained by inheriting a predetermined ballistic screen distribution protocol for the message receiver object; the message receiver object buffers the barrage message to be distributed to the message list or performs setting processing on the barrage message to bedistributed according to the message processing identifier and the message list. Through the technical scheme, the direct distribution of the barrage message is realized, the message distribution logic of the barrage distributor object is simplified, and the barrage message distribution efficiency is improved.

The embodiment of the invention discloses a communication service arrangement method and device, computer equipment and a storage medium. The method comprises the following steps: acquiring a service arrangement request sent by a target client; wherein the service arrangement request comprises a target service type and a target resource allocation amount; if the residual resource quantity of a first resource pool matched with the target service type in a pre-deployed resource database meets the target resource allocation quantity, determining target resource allocation information matched with the target resource allocation quantity in the first resource pool, and sending the target resource allocation information to the target client. Through the technical scheme of the embodiment of the invention, the effects of simplifying the resource allocation process and improving the resource allocation efficiency can be realized, and the utilization efficiency of communication resources is improved.

The embodiment of the invention discloses a barrage message distribution method and device, equipment and a storage medium. The method comprises the following steps: acquiring a barrage message to bedistributed and a distribution target object corresponding to the barrage message to be distributed; acquiring a message processing identifier of the distribution target object; and when the message processing identifier is a completion identifier, calling a barrage distribution function through the distribution target object, and distributing the barrage message to be distributed to the distribution target object, wherein the barrage distribution function is obtained through inheriting of a pre-defined barrage distribution protocol by the distribution target object, and the barrage distribution protocol is an interface protocol with a public permission modifier. Through the technical scheme, direct distribution of barrage messages to the barrage distribution target object is realized. Meanwhile, the distribution status of barrage messages in a barrage message distributor is synchronized with the processing status of barrage messages in the barrage distribution target object, thereby improving the distribution efficiency of the barrage messages and the performance stability of the barrage distribution target object.

The apparatus comprises: a first module used for receiving the priority information of the call request; a second module used for inquiring about whether or not the telephone channel on the gateway is occupied; a third module is used for receiving the priority information and generating the telephone channel resource allocating command according to the telephone channel occupation information. The gateway comprises: a signaling gateway, a resource controlling module and a media gateway. The invention realizes the call process in different priority levels by estimating the priority of call and forcing the phone channel in low priority to release occupation.

The invention relates to an information synchronization method, belonging to the technical field of electronic communication. The information synchronization method comprises the following steps: generating request information, wherein the request information comprises a service request and a first language identifier, and the first language identifier is a language type of the current applicationprogram or terminal device; sending the request information; and receiving response information generated based on the request information. According to the method provided by the invention, languageinformation of the terminal device is placed in the service request, one request is saved, meanwhile, a server is enabled to obtain the language information of the terminal device while obtaining theservice request, and thus, a technical defect of failure of timely acquiring the language type of a sending side caused by problems, such as network delay and falling behind of ports, is overcome.

The invention relates to a method for constructing tooth surfaces of a dental prosthesis and for producing dental restorations, starting from a 3D data record of an upper mandible layout and a 3D data record of a lower mandible layout, each layout comprising a number of teeth arranged in each mandibular arch and the teeth of the upper mandible layout and the teeth of the lower mandible layout at intercuspation making contact with each other at multiple contact points. The contact surfaces are selected by approximation. Relevant surface pairs lying opposite one another are identified and are incorporated by an optimization algorithm into local minimum distances, taking into consideration surfaces that can slide past one another. This allows the desired contact points to be produced. Surfaces that have not been selected are not considered in the production of the points

The invention relates to the technical field of process optimization, and discloses a task allocation method and device based on an intelligent double-recording system and electronic equipment. The method comprises the steps of obtaining an input query instruction, wherein the query instruction is used for querying all to-be-allocated preliminary review tasks; querying a to-be-allocated task in the double-recording system according to the query instruction, wherein the to-be-allocated tasks comprise all to-be-allocated preliminary review tasks in a preliminary review task to-be-allocated library; obtaining the current task number of all preliminary auditors in the double-recording system; determining a target preliminary auditor from all preliminary auditors according to the current task number; selecting a task allocation mode, wherein the task allocation mode comprises automatic allocation and manual allocation; according to the task allocation mode and the current task number of thetarget preliminary reviewer, allocating the to-be-allocated task to the target preliminary reviewer. The to-be-allocated task is allocated through the selected task allocation mode and the current task number of the preliminary reviewer, so that the allocation process of the preliminary review task can be simplified, and the usability and the serviceability of the double-recording system are improved.