53results about How to "Resolve resource conflicts" patented technology

Embodiments of the present invention disclose a terminal handover method, a communications node, a terminal, a system, and a storage medium. The terminal switching method comprises: a source communications node controlling, according to a measurement result reported by a first D2D terminal and/or information about a second D2D terminal, the first D2D terminal to be handed over to a target communications node.

The invention discloses a processing method for a stateful path computation element (PCE), and the stateful path computation element. The method comprises the following steps that: the stateful PCE completes path computation, and reserves resources required to be used by a path obtained through computation; the stateful PCE receives a first notification message, wherein the first notification message is used for notifying the stateful PCE of a path with resource reservation protocol (RSVP) signaling establishment failure or a path with RSVP signaling deletion success; and the stateful PCE releases resources required to be used by the path notified by the first notification message. By the invention, the real-time property and accuracy of the resource information mastered by the stateful PCE are improved, and the path computation accuracy of the PCE is improved, so that the resource conflict problem is prevented.

The invention discloses a plug and play method of a member. The method takes an IBP interconnection bottom plate with a design mode based on a template method as a basis, and comprises the following steps: file configuration, wherein configuration files are prepared to record the name of the member to be loaded and a member export function; member loading, wherein a platform reads the configuration files and calls a member loading function to dynamically load the member into a platform address space; member function mapping, wherein the member resource for interaction is dynamically loaded into the platform address space to complete dynamic mapping of member function on the platform; member function calling, wherein the member function is dynamically perceived and called; and member unloading, wherein the platform calls a member unloading function to dynamically unload the member. The system based on the plug and play method of the member comprises a file configuration module, a memberloading module, a member function mapping module, a member function calling module and a member unloading module. The method can realize dynamic calling of the member function and automatically eliminate Windows resource conflict.

This invention relates to a method of automatically testing the usage of resources in process, and the method includes the following steps: Step 1: In the process of automatic testing, a number of test cases make up of a concurrent process, which applies for resources from resources pool; Step 2: The resources pool allocates the stored resources to a number of test cases, and according to the amount of stored resources in the resources pool, recombine a number of test cases into several concurrent processes; Step 3: Execute the said several concurrent processes. By the means of the invention, it fundamentally solves the resource conflict problem when test cases execute concurrently, and thorough separates users' execution sequence and test cases. Users can not concern with the execution sequence of these cases of the future in the preparation of test cases, and if the execution sequence changes when users executing, there is no any impact on the test cases own. Also, it improves speed and efficiency of the execution of the cases.

The invention provides a channel resource distribution controlling method in a wireless communication system. The method comprises that a scheduling message is sent to equipment via a down link control channel, and the scheduling message indicates a resource used to transmit down link data to the equipment; the down link data is transmitted to the equipment in the indicated resource; an up link control channel resource back fed for the down link data and received from the equipment is determined; the aggregation level (AL) of the down link control channel used to send at least a first subframe of a scheduling message is determined; and feedback is received from the equipment via the determined up link control channel resource. The invention also provides a channel resource distribution controlling device. According to embodiments of the invention, conflicts in up link control channel resources can be reduced, and the utilization efficiency of the up link control channel resources is improved.

The invention discloses a radio frequency transceiver, a radio frequency circuit and electronic equipment, and belongs to the technical field of communication. The radio frequency transceiver comprises a first receiving port, a second receiving port, a first mixer, a second mixer, a first switch module and a first oscillator. The first end of the first mixer is connected with the first receiving port, and the second end of the first mixer is connected with the first end of the first switch module; the first end of the second mixer is connected with the second receiving port, and the second endof the second mixer is connected with the second end of the first switch module; the third end of the first switch module is connected with the first oscillator, wherein under the condition that thefirst switch module is in a first state, the first mixer is conducted with the first oscillator; and under the condition that the first switch module is in a second state, the second mixer is conducted with the first oscillator.

The embodiment of the invention provides a limit data processing method and a server. The method includes the steps that a corresponding Named Counter is established in advance for products, and the Named Counter is used for recording the sold limit value; when subscription transaction data are obtained, the current value of the Named Counter plus the subscription transaction amount carried in the subscription transaction data is compared with the set selling limit value of the products; if the current value plus the subscription transaction amount is not larger than the selling limit value, the sold limit value of the Named Counter is updated to be the current value plus the subscription transaction amount. By means of the limit data processing method and the server, the problem of database resource conflict caused when a server has concentrated access to a database is solved, the situation that a large transaction queue waiting for resources is avoided, and the processing efficiency of transaction data is improved.

The present invention provides a method of resolving the resource conflicts of optical eruption (i.e. Logic Visual Output Queue-LVOQ Method) comprising BHP queue method and dispatch-control method. Through separate queue of different attributes' BHP, the innovation that the services are rendered by making use of the flexible priority tactics to choose BHP will conduct a dispatch of BHP in a more optimal way. In doing so, the efficiency of handling BHP will be enhanced so as to satisfy the requirements of the performances of different systems, thus raising the utilization of exchanging resources with an aim of improving the features of exchanges.

The invention discloses a method and a device for signal transmission. The method includes the steps of determining a punching area based on a basic resource unit BRU, and transmitting signals in a non-punching area within a sub-frame. Through the scheme of the invention, a mode of transmitting a feedback signal under the condition that long and short frames are used together or other signals needing priority processing is provided. Under the condition that the law of hybrid occurrence and combination of long and short frames may be pure-dynamic or semi-static adjustment, a hole is punched at a predetermined position to get sending resources according to a preset feedback strategy. Complicated search for a feedback position is avoided, and timely sending of feedback signals is ensured. The problem of resource conflict in the existing feedback mode is solved.

The present invention provides a resource mapping method and device. The method includes the following steps that: a terminal device receives resource configuration information sent by a network device, wherein the resource configuration information is used to indicate the parameter information of N frequency hopping bandwidth parts for the terminal device, wherein N is larger than or equal to 2,and the bandwidth length of any one of the N frequency hopping bandwidth parts is smaller than or equal to the bandwidth length of the active state bandwidth part (active-BP) of the terminal device; and the terminal device determines uplink physical transmission resources allocated by the network device according to the resource configuration information and uplink scheduling information. According to the resource mapping method and device of the invention, the bandwidth length of any one of the N frequency hopping bandwidth parts is smaller than or equal to the bandwidth length of the activestate bandwidth part (active-BP) of the terminal device, so that the terminal device will not hop out of the active state bandwidth part (active-BP) of the terminal device when perform frequency hopping according to the parameter information of any one of the N frequency hopping bandwidth parts.

The invention relates to the field of smart televisions, and provides a smart television WiFi and Bluetooth coexistence optimization method aiming at the problem of resource conflict when WiFi resources and Bluetooth audio playing resources in a smart television coexist, which comprises the following steps that: the smart television acquires a played multimedia type, a playing mode and a Bluetoothsound box connection state; Setting a scene mode of the smart television according to the multimedia type, the playing mode and the Bluetooth speaker connection state of playing, wherein the scene mode comprises a WiFi priority mode, a WiFi Bluetooth sharing mode and a Bluetooth priority mode; And configuring WiFi processing resources and Bluetooth processing resources in the smart television according to the scene mode. The method and the device are suitable for resource conflict processing when the Bluetooth data volume and the WiFi data volume are large.

The invention provides a HARQ feedback method and device based on a flexible duplex FDD system, a sub-frame configuration method and device, a terminal and a base station. The HARQ feedback method and device based on the flexible duplex FDD system comprises the following steps: receiving downlink data sent by a base station on a downlink sub-frame m, wherein m is the sub-frame serial number; judging whether the HARQ feedback sub-frame corresponding to the downlink sub-frame m is a flexible sub-frame; if the HARQ feedback sub-frame is the flexible sub-frame, sending response information aiming at the downlink sub-frame m to the base station on a first non-flexible sub-frame after the HARQ feedback sub-frame in an uplink spectrum; if the HARQ feedback sub-frame is the non-flexible sub-frame, sending the response information aiming at the downlink sub-frame m to the base station on the HARQ feedback sub-frame. Through the adoption of the method provided by the invention, the HARQ feedback can be performed in the flexible duplex system, the resource confliction problem in the HARQ indication feedback is effectively solved.

The invention provides a service operation method and device, a storage medium and an electronic device. The method comprises the following steps: determining the service information of each node in adistributed network after determining that a link in the distributed network is interrupted; calculating a recovery path for the service set indicated by the service information of each node; and operating the service by using the recovery path. According to the invention, the problems of resource conflicts and incapability of global resource optimization in related technologies are solved.

The invention discloses a dynamic allocation method and apparatus of a system port number, and relates to the field of optical communication transmission. The method comprises the following steps: a network management system adds a single disk, and issues capacity type configuration of the newly added single disk to a main control CCU, and the main control CCU multicasts the capacity type of the newly added single disk to all single disks of a network element; when the network management system creates service mapping, the main control CCU dynamically allocates a backboard port according to the capacity type of the single disk, converts the backboard port into the system port number and issues the system port number to the single disk; and when the single disk receives the service mapping,the single disk obtains a cross network access processor serial number FAP_ID and a cross network access processor port number FAP_PORT required for driving according to the capacity type of the newly added single disk and the system port number, configures the driving and opens the service. By adoption of the dynamic allocation method and apparatus disclosed by the invention, the access of service single disk with service capacity greater than 1TG or even higher capacity can be realized.

The invention provides an interface middleware system, which relates to the technical field of cloud computing database architectures, and comprises: a model management module for storing a pluralityof data models and data markets; a first interface management module which is used for receiving a service connection request sent by each service system through a first universal standard interface and decomposing each service connection request into a plurality of Hadoop processing transactions; a transaction processing module which comprises a judgment unit used for generating a corresponding first execution instruction when each Hadoop processing transaction represents that a corresponding service connection request is a periodic statistical query, and generating a corresponding second execution instruction when each Hadoop processing transaction represents that the corresponding service connection request is not the periodic statistical query, and the second interface management module used for sending the first execution instruction and the second execution instruction to the Hadoop cluster server through a second standard interface. According to the method, the difficulty and period of developing the distributed big data application by the upper-layer application are effectively reduced, and the migration and development cost is reduced.