145results about How to "Avoid resource conflicts" patented technology

A system for providing failover redundancy in a remote access solution that includes at least one application resource on a back-end server is discussed. The system further includes multiple gateway servers. One of the multiple gateway servers is designated as a primary gateway server while the other servers are designated as failover gateway servers. Each of the multiple gateway servers hosts a session with at least one executing application instance for the same application with each of the sessions on the failover gateway servers being maintained in the same state as the session on the primary gateway server. The primary gateway server is the only one of the gateway servers that is allowed to communicate with the application resource(s). The system further includes a client device that is in communication over a VPN with the primary gateway server. The client device receives output of the application instance executing in the session on the primary gateway server over the VPN. The client device also sends input to the primary gateway server over the VPN. The received output is displayed on a viewer by the client device.

A system for providing failover redundancy in a remote access solution includes at least one application resource on a back-end server, and multiple gateway servers. One of the gateway servers is a primary gateway server while the others are failover gateway servers. Each gateway servers hosts a session with at least one executing application instance for the same application, each session on the failover gateway servers maintained in the same state as that on the primary gateway server. The primary gateway server is the only gateway servers allowed to communicate with the application resource(s). The system further includes a client device in communication over a VPN with the primary gateway server, receiving output of the application instance executing on the primary gateway server and displaying the received output on a viewer of the client device. The client device also sends input to the primary gateway server.

The invention discloses a direct communication data transmission method, device, equipment and system, and belongs to the technical field of communication. The method comprises: when an uplink HARQ feedback bit and a direct connection HARQ feedback bit need to be sent within a target time unit, the uplink HARQ feedback bit and the direct connection HARQ feedback bit are sent to a facility that isaccessed to the network by a first terminal in a same physical layer within the target time unit. The uplink HARQ feedback bit and the direct connection HARQ feedback bit are compounded and reported in a same physical layer within the target time unit to avoid the problem that in related technologies, transmission of direct connection HARQ feedback and transmission of uplink HARQ feedback are overlapped in time domain, and resource conflict happens. The provided method can fully ensure the information transceiving success rate in a direct connection communication scene and improves the transmission efficiency of HARQ feedback.

Disclosed are a D2D communication method and device. The method comprises: sending, by a sending-end device, a control message in a control region of a current communication frame, the control message at least comprising resource indication information, and monitoring control messages, at least comprising the resource indication information, of other sending-end devices in the control region of the current communication frame, the resource indication information being used for indicating a data channel in a data region of the current communication frame occupied by the sending-end device; and according to the monitored resource indication information, sending D2D data on the data channel occupied thereby. In the technical solution provided in the embodiments of the present invention, the communication frame for D2D communications comprises a control region and a data region, wherein the data region further comprises a plurality of data channels. By way of mutually monitoring a control message of a control region by different sending-end devices, the resource conflict caused by competition can be avoided.

The invention is suitable for the technical field of computers, and provides a system micro-servitization method and terminal equipment. The method comprises the following steps of: receiving a targetmicro-service access request sent by a consumer; searching a configuration file of a target micro-service in a central server according to the target micro-service access request; if the configuration file is searched, reading file parameters of the searched configuration file and accessing the target micro-service according to the read file parameters; if the target micro-service is not responded or wrongly responded, accessing a standby micro-service, and carrying out statistical analysis on a non-response or wrong response frequency of the target micro-service; and if the frequency exceedsa preset frequency threshold value, starting fuse protection. According to the method, target micro-services are replaced by accessed standby micro-services, so that the system complexity can be reduced, the coupling degree between different function modules can be decreased, and resource conflicts between application service system modules can be solved; and single services are modified withoutdeploying the whole system, so that the problem that the modification process of single services is tedious and complex is solved.

The invention discloses a method for distributing resources, network equipment and a wireless system. The method comprises the following steps of: confirming resource distributing granularity in an evolution system according to the resource distributing granularity of an obtained backward compatible system; and indicating the resource distributing condition in the evolution system according to the resource distributing granularity in the evolution system. The resource distributing granularity of bandwidth after branch carriers are polymerized in the evolution system can be confirmed according to the resource distributing granularity of the bandwidth of the branch carriers in the backward compatible system so as to indicate the resource distributing condition after the branch carriers are polymerized in the evolution system or the resource distributing granularity of bandwidth of all branch carriers in the evolution system can be confirmed according to the resource distributing granularity of the bandwidth of all branch carriers in the backward compatible system so as to indicate the resource distributing condition of all branch carriers in the evolution system. By the embodiment of the invention, the compatibility of the resource distribution of an LTE-A terminal and an LTE terminal can be maintained, and the cost of a resource distributing signaling is saved.

The present disclosure relates to a data transmission method, apparatus, device and system for direct communication of direct communication, and belongs to the field of communication. The method includes: when direct hybrid automatic repeat request HARQ feedback information and uplink information need to be sent in the target time unit, and the direct HARQ feedback information and the uplink information meet a predetermined timing relationship, a first terminal is the direct HARQ feedback information and the uplink information to an access network device on a same physical layer uplink channelin a target time unit. In the above manner, when the direct HARQ feedback information and the uplink information need to be sent in the target time unit, the direct HARQ feedback information and theuplink information satisfy at least a predetermined timing relationship to ensure that the first terminal can process the uplink multiplexing transmission in time. The success rate of information transmission and reception in the direct communication scenario is fully ensured.

The invention relates to a base station, user equipment and a data transmission method. The method comprises that when uplink data needs to be transmitted, a scheduling-free access resource is selected from a preset scheduling-free resource pool randomly to transmit initial data information to the base station; the initial data information comprises the corresponding uplink data, an identification of the user equipment and a subsequent data report; the subsequent data report comprises whether the uplink data needs to be transmitted subsequently and the data volume of the subsequent uplink data when the uplink data needs to be transmitted subsequently; feedback information sent by the base station when the initial data information is received and the initial data information sent by the user equipment is analyzed correctly is received; and on the basis of scheduling indication information obtained from the feedback information, subsequent uplink data transmission is implemented. According to the above schemes, during uplink data transmission, resources are saved, time delay of data transmission is reduced, and the reliability is improved.

This invention discloses a kind of execute Thread allocation method of multiple kernels central processors. At first establish the execute choice and the list corresponding with the original code and during start up the every execute choice's execute Thread generate the execute choice and the list corresponding with the execute Thread identification code and then according to the two kinds of list allocate for the execute Thread. Besides, it also can increase one priority specify list in the corresponding relationship list between the execute choice and the original code if it in order to identify the every execute choice's execute Thread grouping priority specify types or offer a potential resource collision interface further priority consider the priority specify or the potential resource collision setting when executing the Thread grouping.

The invention discloses a resource allocation method and device and belongs to the technical field of a network. The method comprises the steps that a first terminal receives resource information sentby a base station and determines resources allocated to at least one second terminal according to the resource information; the first terminal generates resource allocation information according to an allocation result, and each second terminal in the at least one second terminal determines the resources allocated to the second terminal through the resource allocation information; and the first terminal sends corresponding resource allocation information to each second terminal, so each second terminal carries out communication through the determined resources. According to the method and thedevice, the resource allocation is uniformly carried out by the first terminal or the base station, a resource conflict can be avoided, the communication reliability is improved, and the normal communication of each second terminal is ensured.

The invention relates to a distribution system and method, belongs to the field of information management, and particularly relates to an intelligent logistics distribution information processing system and method. According to the logistics distribution management system capable of being applied to goods distribution of a company, standardized management of logistics distribution is realized, system management of goods orders and distribution is realized, vehicle management and route management are facilitated, resource conflicts are avoided, and the usage rate is increased; and systematized personnel management distribution and a perfect permission management mechanism effectively control responsibility distribution in a goods distribution process.

The invention provides a data transmission method and apparatus. According to the invention, a base station determines N physical shared channels for downlink control channel dispatching wherein the N physical shared channels are provided with different coverage enhancement levels and / or repeated transmission times and N is an integer greater than one. The base sends the downlink control channel, and the downlink control channel carries the dispatching information for the N physical shared channels. As one downlink control channel carries dispatching information of the physical shared channels with different coverage enhancement levels and / or repeated transmission times, the physical shared channels with different repeated times are sent independently so as to avoid resource conflict incurred in data transmission from downlink control channel dispatching.

The invention discloses a method and device for instructing resource coordination . The method comprises steps of configuring a device-to-device (D2D) link resource pool for at least one remote user equipment (UE), wherein the configuration of the D2D link resource pool at least comprises time domain resource information, and resource of the D2D link resource pool is used for relay transmission from the UE to a network; informing, via a relay UE of the remote UE, the remote UE of the D2D link resource pool configured therefor. The configuration solution for the Remote UE D2D link Tx resource pool provided in the embodiment of the present application can effectively reduce resource allocation conflict in the UE-to-network relay, improving efficiency and reliability of the UE-to-network relay.

The invention discloses a method and a device for uplink semi-persistent scheduling resource allocation. The method includes: acquiring an available resource range of a current subframe, judging whether the current subframe has SPS (semi-persistent scheduling) users needing to be activated or not, and if yes, determining a start resource block RBstart of resources needed by the current subframe for activating SPS according to the principle of allocating from two ends of the available resource range of SPS resources of a subframe n and a subframe n+1, wherein t refers to time interval of SPS new transmission and SPS non-adaptive retransmission; scheduling uplink grant for activating SPS based on the start resource block RBstart, and updating the available resource range of the current subframe; and judging whether all SPS users, needing to be activated, of the current subframe are scheduled or not, and if not, repeating the operations based on the updated available resource range of the current subframe. Using the method and the device can solve the problem of uplink SPS resource contention of multiple UE (user equipment) caused by Gap and improve transmission performance of uplink SPS services.

The invention discloses an allocation method and device for community SRS resources. Periodic SRS resources and non-periodic SRS resources are preserved respectively, so that a community SRS resource pool is divided into a periodic SRS resource pool and a non-periodic SRS resource pool. When user equipment (UE) needs to be allocated with resources, available resources are selected in a corresponding resource pool according to SRS triggering conditions of the UE. When the SRS resources needed by the UE are periodic SRS resources, the UE is allocated with the SRS resources from the predesigned periodic SRS resource pool; and when the SRS resources needed by the UE are non-periodic SRS resources, the UE is allocated with the SRS resources from the predesigned non-periodic SRS resource pool, accordingly, the resource conflict problem of periodic SRS and non-periodic SRS resource alternative allocation caused by access orders and the like of the UE is avoided, the fairness of SRS resource allocation to the UE is guaranteed, and the distribution success rate of the SRS resources is improved.

System and method for performing dynamic routing in a measurement system to perform a measurement task. The system includes a computer and one or more measurement devices. One or more topography descriptions (TD) representing connectivity between devices and / or device components in the measurement system are received and preprocessed to generate corresponding graphs. A routing expert receives and analyzes a routing specification indicating source and destination terminals in the measurement system. The system dynamically computes a plurality of routes from the source terminal to the destination terminal by traversing the graphs and selecting the plurality of routes based on a metric. The computed routes are stored in a run-time specification for use at runtime to perform the measurement task. At runtime, a route is selected from the plurality of routes, and the system configures the one or more measurement devices with the selected route for performing the measurement task.

A load / store unit includes a Top register for storing a value retained before loading to a load destination register and a saved register capable of storing data retained to the Top register. When an unaligned instruction evaluation unit determines that a load instruction issued from a instruction decode unit is an unaligned instruction, data stored to the Top register are stored to the saved register in order to make the Top register available to subsequent load instructions issued from the instruction decode unit.

The invention provides a mechanism of coordinating DRX information in a dual connectivity system. A method of coordinating DRX information of a UE in a master e NB of a dual connectivity system includes: A. receiving first information characterizing a DRX state of the UE for a secondary e NB or transmitting second information, determined by the master e NB, indicating a DRX state of the UE for the master e NB to the secondary e NB; and B. the master e NB exchanging DRX configuration information for the UE with the secondary e NB. With the mechanism of coordinating DRX information according to the invention, dynamic power management of the UE can be enabled to thereby save power consumption of the UE and also improve the transmission efficiency of information.

The invention discloses an intelligent scheduling system for official business vehicles, and an intelligent scheduling method thereof, and relates to the field of vehicle scheduling. The traditional official business vehicle scheduling has the defects of extensive cost management, user demand randomness, large standard execution difference between vehicle teams, unbalanced resource distribution and the like. The intelligent scheduling system comprises a vehicle application module, a department approval module, a scheduling order receiving auditing module, a scheduling and dispatching module, avehicle departure judgment module, a passenger state judgment module, a travel end judgment module, a service evaluation module, and a vehicle warehousing module. According to the technical scheme, automatic vehicle account management is realized, and the efficiency is effectively improved; based on automatic selection, the allocation efficiency of vehicle resources and driver resources is high,and the scheduling speed and accuracy are improved, and resource conflicts are avoided; resource reuse is facilitated, and resources are saved; the operation cost is effectively reduced; and the matching degree of the travel demand and the vehicle resource can be effectively evaluated, so that scientific resource allocation suggestions are made.

The invention discloses a memory management method and device. In the method, whether free memory resource capacity in a private memory resource pool of a first task satisfies a memory resource allocation request sent by the first task is judged after the memory resource allocation request is received, and if yes, memory resources are acquired from the private memory resource pool of the first task for allocation. The private memory resource pool of the task is created for the one task, when the memory resources are allocated, the memory resources are preferentially acquired from the private memory resource pool for allocation, and resource conflict among private memory resource pools and a shared memory resource pool of different tasks will not exist, thus the resource conflict can also be avoided without the need for using a memory mutex in a case where the allocated resources are from the private memory resource pool, and therefore, compared with the prior art, the method reduces use of the memory mutex.

An assembler for assembling code is disclosed. The assembly language code includes a plurality of code blocks associated with resource-needs, such as variables, and resources, such as registers, I / O locations, memory locations, and coprocessors. A technology is provided that allows the global assignment of resource-needs to resources such that run time resource conflicts are avoided. A grammar for allowing resources to be defined and managed, a grammar for allowing the resource-needs to be defined and managed, a grammar providing definition of code blocks, and a grammar for associating resources with code blocks are also provided.

Provided are a resource selection method for a vehicle-to-everything (V2X) operation of a terminal in a wireless communication system, and a terminal using the method. The method comprises: monitoring physical sidelink control channels (PSCCHs) for other terminals in a first subframe; and transmitting, in a second subframe, a V2X message by using a resource which is not overlapped with a resource scheduled by the PSCCH for another terminal.

The embodiment of the invention discloses a resource indication method, device and system, relates to the technical field of communication, and aims to solve the problem that transmission resources reserved by receiving end UE conflict with transmission resources reserved by sending end UE. The method is applied to a process of adopting sidelink transmission, and comprises the steps that first equipment determines a first resource, wherein the first resource is used for transmitting first feedback information, and the first equipment sends first indication information to second equipment, wherein the first indication information is used for indicating the first resource. The method can be applied to a scene in which a control node or a sending end UE indicates a resource for transmitting feedback information for a receiving end UE.

The invention discloses a distributed system based machine learning program running method and device, and relates to the technical field of computers. A specific implementation manner of the method includes: acquiring a resource for running the machine learning program in a distributed system according to a running request of a machine learning program; generating a startup parameter according toport information and identification information of a server node in the resource; and transmitting the machine learning program and the startup parameters to a corresponding server node such that theserver node starts running the machine learning program. The method can automatically obtain the resource according to the running request submitted by the user, and generates the startup parameter according to the port information and the identification information of the server node in the obtained resource, so that the machine learning program can be automatically run through the startup server node corresponding to the startup parameter, thereby improving the efficiency of machine learning program running.

A method, system and computer program product are provided for implementing shared adapter configuration updates concurrent with maintenance actions for a Single Root Input / Output Virtualization (SRIOV) adapter in a computer system. A configuration of the adapter is decoupled from the state of the adapter during a recovery period. When a configuration request is received, the configuration request is validated. Responsive to a valid configuration request, the saved configuration state of the adapter is updated. Once the adapter completes recovery, the adapter is restored to the new configuration instead of the configuration prior to failure.

The invention provides a method for transmitting a control channel, network equipment, a network controller and terminal equipment, being capable of avoiding a resource conflict between PDCCHs of multiple pieces of network equipment. The method comprises the steps as follows: the first network equipment receives resource group indication information sent by the network controller, wherein resources indicated by the resource group indication information are not overlapped with resources used by the other network equipment; the first network equipment determines a first search space according tothe private search space of user equipment and the resource group indication information; and the first network sends a first physical downlink control channel (PDCCH) to the terminal equipment via the first search space.

A method, system and computer program product are provided for implementing shared adapter configuration updates concurrent with maintenance actions for a Single Root Input / Output Virtualization (SRIOV) adapter in a computer system. A configuration of the adapter is decoupled from the state of the adapter during a recovery period. When a configuration request is received, the configuration request is validated. Responsive to a valid configuration request, the saved configuration state of the adapter is updated. Once the adapter completes recovery, the adapter is restored to the new configuration instead of the configuration prior to failure.

The invention discloses a method to avoid resource conflict of congenetic burst business in ASON network, which comprises: adding a connection resource state database besides topological resource database maintained by original route protocol, and brining a new resource state as unsettled state and opposite treatment mechanism. This invention perfects current dynamic connection process in ASON, reduces conflict probability, and increases connection success rate.

The invention relates to an artificial intelligence model training method and device, equipment and a storage medium. The method comprises the steps: determining a training task of a to-be-trained artificial intelligence AI model and resource demand information corresponding to the training task; based on the current resource idle information of each node, allocating a node meeting the resource demand information corresponding to the training task to the training task to serve as a training node of the training task; and scheduling the training node to execute the training task so as to complete training of the to-be-trained AI model. The nodes capable of meeting the training requirements of the AI model are allocated to the AI model before the AI model is trained, so that resource conflicts can be avoided in the training process of the AI model, and the training efficiency of the AI model is improved.