32results about How to "Improve Resource Management Efficiency" patented technology

The invention discloses a method and device for managing resources, which can shorten the elastic scaling time of services with multiple associated applications and improve resource management efficiency. The method includes: determining an application set according to the service to be processed, the applications in the application set are used to process the service to be processed, and the application set includes at least two applications; determining the resource usage rate of the application set; when the application When the resource usage rate of the set satisfies the preset condition of resource scaling, resource scaling processing is performed on each application in the application set according to the resource scaling policy corresponding to the preset condition.

The invention discloses a method and a system for differential deployment of a virtual machine. A to-be-deployed virtual machine comprises a universal image file. The method comprises the following steps of establishing a user activity catalogue; when the universal image file is started, obtaining element data required by the to-be-deployed virtual machine from a deployment server, wherein the element data comprises network configuration information of the to-be-deployed virtual machine, activity catalogue configuration information of the to-be-deployed virtual machine and a storage address; according to the network configuration information, configuring a network of the to-be-deployed virtual machine; according to the activity catalogue configuration information, binding the to-be-deployed virtual machine to the user activity catalogue; when the deployment server receives an upgrading instruction, enabling the virtual machine to obtain an application installation package from the storage address to upgrade an application. The method has the advantages that different virtual machines can be customized by only one image file, the upgrading of an original image file of the virtual machine is not needed, the occupation rate of a storage space caused by the upgrading of the image file is greatly decreased, and the resource management efficiency of a cloud computing platform is improved.

The invention discloses a parameter processing method which comprises the steps that: a network processing entity receives the information of parameters requested for processing from a network control entity; according to the information of parameters requested for processing, the parameters supported by the network processing entity are processed successfully; according to processing results, the information of parameters indicating that the processing is successful or not is sent to the network control entity. Besides, the invention also discloses a network processing entity and a network control entity for processing parameters. The method, the network processing entity and the network control entity disclosed by the invention can cause the system to support successful parameter processing as far as possible and can avoid sending multiple request messages and response messages, thereby reducing the response time delay of the parameters that can be processed successfully and improving the efficiency of the resource management.

The invention relates to WiMAX communication technology, and discloses a method for acquiring idle resources of a base station in a WiMAX system, so as to solve the problem that accurate idle wireless resources of a BS cannot be acquired in the prior art. The method includes: the radio resource controller instructs the radio resource agent to report base station idle resource information and reporting conditions or reporting periods, and the idle resource information includes one or any combination of the following: uplink / downlink average idle resources, maximum idle resources , the minimum idle resource, and the currently available resources of each uplink / downlink service; the wireless resource agent periodically counts the idle resource information according to the set statistics period, and when the reporting condition is met or when the reporting period is reached, the latest The corresponding data counted in a counting period are reported to the radio resource controller. The above idle resource information may also be exchanged between radio resource controllers.

The invention discloses a method for combining dynamic access and subcarrier allocation under a cache-based ultra-dense network. The method comprises the following specific steps that firstly, multiple users simultaneously send request information to all access points to search a caching content; secondly, each access point judges whether a caching content requested by the current user K exists, all access points meeting the user K transmit respective property parameters to local control, and the local control allocates the optimal access point to the user K, otherwise the user K directly sends a request to a remote server to obtain the content; thirdly, the remote server utilizes popularity analysis to complete cache updating according to the user request information; and lastly, after each user is matched with the respective access point, subcarrier allocation is carried out, so that each user is communicated with the respective access point. The method has the following advantages that multiple factors are synthesized to complete access selection, and promotion of the resource management efficiency and dynamic allocation of the subcarrier are realized, so that the spectral efficiency is remarkably improved.

A multi-module voice channel resource management method, which divides the modules in the switch system into resource management modules and business processing modules: each resource management module and business processing module stores the attributes and status fields of the trunk voice channel resources of the office information, the trunk channel resources of the resource management module also store the resource allocation field; when a service call is requested, the call initiation module applies for the management right of the trunk channel to the resource management module; the resource management module allocates the trunk channel Give the call originating module a flag that is occupied by this module and cannot be allocated to other modules until the call originating module returns the trunk channel; after the service is completed, the trunk channel is returned to the resource management module. The invention improves the scalability of the system and increases the stability of the system.

The invention discloses a multi-channel sound signal acquisition system based on an ARM. A sound signal sensor module converts a sound signal into an analog signal and then outputs the analog signal to a front conditioning circuit. The front conditioning circuit inputs the conditioned analog signal to an AD module. The AD module conducts AD conversion on the analog signal to obtain a corresponding digital signal and transfers the digital signal to an ARM platform through an SPI bus in a special sequence. On the ARM platform, an EDMA module of the ARM is used for achieving ping-pong cache, and the data transmitted from the AD module is stored into the ping-pong cache. The ARM platform stores the data from the ping-pong cache in an SD card module or directly processes the data. The ARM platform is connected with an SDRAM module, a NandFlash module, the SD card module, a serial interface and an Ethernet interface. The multi-channel sound signal acquisition system based on the ARM reduces the system cost and reduces the complexity of hardware and software.

The invention relates to a data dictionary based wide area data resource management method. The data dictionary based wide area data resource management method includes preprocessing existing data resources under the condition that existing data and applications are undamaged and unaffected, generating an independent dictionary entity with data resource characteristics, designing a data dictionary management mechanism, indexing data by a multi-level data dictionary way, compressing the data dictionary by the similar clustering technology and optimizing the data retrieval process; deploying the data dictionary in a wide area network system, supplying data index services, locating the data resources by a network host through the data dictionary and accessing the data entity. By the data dictionary based wide area data resource management method, unified maintenance and efficient sharing of the data resource among nodes of the wide area network are realized and instantaneity and uniformity of data access of clients are ensured by the aid of the unified and universal data dictionary. The data resources within the whole network can be interconnected and shared, utilization rate of the data resources is increased and management efficiency of the data resources is improved.

The invention discloses a method for joint management of ground resources and wireless resources, comprising the following steps: receiving and analyzing user access requests to obtain resource allocation parameters; according to the parameters, first judging the ground resources, and then performing a judgment on the wireless resources Judgment: when it is determined that both the terrestrial resource and the wireless resource are successfully judged, allocate the terrestrial resource and the wireless resource to the user. Applying the present invention can avoid the problem of increasing signaling overhead caused by repeated wireless resource allocation, and can improve the efficiency of resource management. Corresponding to the above method, the present invention also provides a device for joint management of terrestrial resources and wireless resources and Wireless network controller.

The invention discloses an automatic binding method for automatically exchanging user-network interface UNI data link of optical-fiber network ASON, comprising the followings: configuration operating states are detected, and the data link is configured aiming at different configuration operating states; the similarities and differences between the transport network address TNA of the configured data link and the configured data link TNA are judged, and the corresponding binding operation is carried out on the data link according to the judgment result. The invention further discloses an automatic binding device of UNI data link of ASON simultaneously. The application of the method and the device can realize the automatic binding function of UNI data link of the same TNA so that each UNI client corresponds to one UNI binding link, thereby improving the resource management efficiency of the data link.

The invention proposes a caching method based on self-organized cooperation of small base stations in an ultra-dense network, belonging to the technical field of wireless communication. Including: firstly, according to the load capacity and location of small base stations in the ultra-dense network, the similarity matrix of small base stations is obtained; then, according to the similarity matrix and the number k of small base stations in each cluster, clustering is carried out, and the load capacity is selected A good small base station acts as a cluster head; cache files in the small base station and macro base station according to the file caching strategy; after the user accesses the base station, request to obtain the file; finally, judge whether the value of k exceeds the maximum value K set in the cluster , if so, output the k value that minimizes the user's average download delay; otherwise, continue to update the k value and continue to re-cluster. The present invention allocates resources in a cluster through the idea of ​​self-organization, utilizes mutual cooperation and self-organization among small base stations, effectively improves the cache hit rate, reduces user download time delay, and satisfies various service requirements.

The invention provides a resource management system and a method. The resource management system comprises a file resource-based organization component used for storing the index node of a file provided with idle resources; and a file operating unit used for directly performing resource management to the index node stored in the file resource-based organization component. Because the resource management is performed by using the system, the results of resource allocation can be reused, and the efficiency of resource allocation can be improved; resource recovery is not required as for the filedeletion, and thereby the cost of the resource recovery can be reduced; the modification operation of the related data structure during the processes of resource allocation and recovery is greatly reduced, and the speed for resource management can be increased.