109 results about "Single cluster" patented technology

Paralleling processing system and method. When clusters are formed based on strongly connected components, a single cluster (fat cluster) having at least a predetermined number of blocks, or an expected processing time exceeding a predetermined threshold, is formed. The fat cluster is subjected to an unrolling process to make multiple copies of the processing of the fat cluster and to assign the copies to individual processors. Processing of the fat cluster is executed by the multiple processor devices in a pipelined manner. If a fat cluster to be iteratively executed cannot be executed in the pipelined manner because a processing result of an n^th iteration of the fat cluster depends on a processing result of a preceding iteration of the fat cluster an input value needed for execution of the fat cluster is generated based on a certain prediction, and the fat cluster is speculatively executed.

A cluster system and method accesses from an internet network, a network server within one or a plurality of clusters, each cluster being identified by a single cluster public Internet Protocol (IP) address. The cluster system has a plurality of network servers organized in one of a plurality of clusters and a network load balancer system for selecting a destination network server in a cluster. Each cluster has one or a plurality of identical network servers, the network load balancer system being connected on one hand to an access routing device and on another hand to the plurality of network servers through a private network server subnet. The method includes the steps of at initialization time, on each network server defining, as a non-advertising alias, in an interface table, the public IP address of each cluster to which the network server belongs, and upon reception, by the network load balancing system, of a datagram having an IP header including a destination IP address field and a medium access control (MAC) header including a destination MAC address field, selecting a destination network server within the cluster corresponding to the cluster public IP address identified in the destination IP address field of the datagram IP header, replacing the destination medium access control (MAC) address field of the datagram MAC header by the MAC address of the selected destination network server, and sending the datagram through the private network server subnet, using the MAC address of the selected destination network server. Upon reception, by the destination network server, of the datagram sent by the network load balancing system, the MAC address in the destination MAC address field of the datagram MAC header is identified as being the MAC address of the selected destination network server, and the IP datagram is processed if the identified cluster public IP address in the destination IP address field of the datagram IP header, is defined as a non-advertising alias in the interface table of the destination network server.

Ocean bottom seismic cables are subject to rolling motions due to seismic wave fields and current action which cause poor receiver ground-coupling and signal distortion, particularly along the cross-line and vertical axes. Two multi-axial receivers are mounted on opposite sides of the cable in a single cluster. When the cable rolls, the axial response of one receiver of the cluster cancels the axial response of the other receiver of that cluster.

A group of network devices, such as Ethernet switches, are logically configured as a single cluster, with one commander device and one or more expansion devices. Each device in the cluster contains an embedded HTML server that facilitates configuration and management of the network device via a management station running a Web browser. Each device in the cluster is identified by a unique Universal Resource Locator (“URL”). However, only the cluster commander is required to have an IP address. The cluster commander redirects and translates configuration and management requests from the Web browser on the management station so that requests are processed by the appropriate device in the cluster. The exchange of information between the Web browser on the management station and the devices in a cluster is accomplished via redirection of HTTP GET and POST methods. This provides a consistent, device-independent interface between the device and the Web browser on the management station.

A hybrid quorum/consensus and primary-backup fault-tolerance model in an object-based distributed data storage system. When a primary manager fails, a hierarchy of network entities is established in which a group of realm managers first authorizes a failure-handling event through quorum/consensus and a backup manager (for the failing primary manager) then executes the decision of the quorum of realm managers. The realm managers, operating by consensus, determine whether (a) the primary manager can indeed be asserted to be down, and (b) whether there is a quorum of realm managers in agreement on this decision. If both are true, a master realm manager instructs the backup manager to proceed to execute the necessary steps to become the primary manager and function as the primary until the original primary manager is brought back into service. The hybrid fault-tolerance approach handles both single unit failures and network partitions in a unified way, without creating a single cluster out of the fault domain.

The present invention relates to network computing and in particular to a method and respective system for operating a Web Services search method in a networked environment—in particular the Internet, wherein a Service Broker is requested by a Service Consumer for offering Web Services, and a Service Provider provides a requested Web Service to the Service Consumer, and wherein a Service Provider registers Web Services at the Service Broker and wherein the Web Services are implemented preferably by respective Remote Portlets running on a Portal Server of the Service Provider. In order to increase the search precision and the recall rate it is proposed to perform the steps of: a) retrieving data mining input data relating to description details of the inquired Web Services from respective Service descriptions of the inquired Web Services, b) performing a data mining function on said data mining input data, wherein a clustering is performed with a distance calculation function including said description details and wherein the clustering yields a cluster model comprising a plurality of clusters and a mapping for each Web Service to one of said clusters, wherein Web Services having a similar semantic meaning are collected in a single cluster, yielding a data mining result, c) adding cluster information comprised of said data mining result to a service model and storing this cluster information in a database, d) offering search response data based on said cluster model and service model.

Backlighting systems for color display screens include clusters of LED devices of different colors that are configured to radiate the different colors in a light path that impinges on the color display screen, to provide backlighting on the color display screen. LED device controllers are provided, a respective one of which is configured to control operating parameters of a subset of the clusters of LED devices, a single cluster of LED devices and/or individual LED devices in the individual clusters. The LED device controllers may use a common data line.

A profile optimizing method is provided for a downstream channel transmission of active subcarriers to user devices. The method includes steps of receiving channel measurement data from each user device for each subcarrier, calculating a maximum bit-loading value for each user device per subcarrier, grouping the user devices into a plurality of clusters based on a proximity of the maximum bit-loading values of a first user device to those of a second user device within the particular cluster, assigning each user device within the particular cluster to a single cluster profile. A plurality of single cluster profiles for the plurality of clusters forms a set of cluster profiles. The method further includes steps of determining a channel capacity ratio for the set of cluster profiles, and combining at least two single profiles of the set of cluster profiles into a coalesced profile pair.

The invention discloses a distributed clustering method for Internet micro-content. The present invention adopts a multi-machine distributed clustering method. The main control machine divides the micro-content to be processed into multiple small files, and distributes these small files to multiple clustering machines for clustering operations. A single clustering machine performs meta-clustering on each assigned small file, and then merges these meta-clustering result files to obtain the corresponding stand-alone clustering merged file, and then sends it to the main control machine. After receiving the stand-alone clustering and merging files sent by each clustering machine, the master control machine extracts micro-content representative points from each stand-alone clustering and merging file, performs meta-clustering on these micro-content representative points again, and generates a new clustering category items, and merge the corresponding categories to get the final clustering result. The invention can accurately and rapidly cluster massive Internet micro-contents, and is an efficient and practical distributed clustering method.

The invention provides a public key algorithm and SSL (security socket layer) protocol based method of optimizing security of a multi-cluster Hadoop system. The method includes the steps of authenticating identity of a user when the user logs in to a master node; allowing the master node to submit a request to a CA (certificate authority) server to acquire a proxy certificate; allowing the master node to create a slave node list and determine identity of the master node; allowing bidirectional authentication between the master node and slave nodes; allowing the multi-cluster Hadoop system to execute a task submitted by the user; stopping the user from submitting tasks. The method has the advantages that user authentication and network attack protection are effectively achieved for the Hadoop system running across multiple cluster environments, the defect of the original security mechanism of the single-cluster Hadoop system running in the multiple cluster environments is made up, and the network attack protection with the original security mechanism of the single-cluster Hadoop system forms complete security protection for the multi-cluster Hadoop system.

A split deployment model is enabled for a telecommunication service access gateway. The services of the gateway are segregated into a set of core services that provide container-based functionality and a set of exposure services that enable network integration and translation of protocols. The core services are executed as part of the application server, while the exposure services are deployed in separate archive files. This isolation of services allows single or groups of services to be independently upgraded, patched or removed and reduces the impact of one service on others. Furthermore, the services can scale independently, allowing additional hardware resources to be added to a particular service. Multiple versions of a single service can also be deployed in a single cluster or server.

Methods and systems for processing signals in a receiver are disclosed herein and may comprise receiving WCDMA signals via M receive antennas, tracking a plurality of received clusters within the received WCDMA signals, and estimating a complex phase and amplitude of a portion of each of the received clusters. A single cluster may comprise an aggregate of received WCDMA signal paths and (M-1) phase shifters may be utilized for the estimating of the complex phase. Complex waveforms, comprising in-phase (I) and quadrature (Q) components for the received clusters within the received WCDMA signals, may be processed. The processed complex waveforms comprising the in-phase and quadrature components may be filtered to a WCDMA baseband bandwidth. A phase and/or amplitude for at least one of the received WCDMA signals may be adjusted utilizing the estimated complex phase and amplitude. The phase and/or amplitude may be adjusted continuously and/or at discrete intervals.

A method and system for assigning unique words in an SDMA (spatial division multiple access) communication system is provided. A network management system logically arranges cell stations into clusters of stations, and monitors for a heavy traffic condition. Responsive to determining that a heavy traffic condition exists, the network management system may 1) redistribute unique words within a single cluster; 2) move one or more cell stations from a busy cluster to a less busy cluster; or 3) create a new cluster, and move cells from one or more busy cluster into the new cluster. In this way, the communication system continually adapts so that more unique words are made available at cell stations having heavier communication demands.

A light emitting device single-cluster lamp control system makes use of a central controller connected with several mutually cascading signal distributors to process already-edited video or multimedia. The central controller then outputs different video data based on the processed video or multimedia, and separately sends the video data via these signal distributors to various light emitting device single-cluster lamp groups to display an image pattern corresponding to the video data. Each light emitting device single-cluster lamp group is installed at a light emitting body (e.g., a building lighting, a landscape lighting, or a billboard) composed of several light emitting device single-cluster lamps.

The invention discloses a method and device for removing the sedimentary background under high-dimensional seismic data input. The method comprises carrying out Wheeler conversion on high-dimensionaloriginal seismic data of a reservoir to be measured to obtain high-dimensional Wheeler domain seismic data; carrying out cluster analysis processing on the high-dimensional Wheeler domain seismic datato obtain a cluster result; in the cluster result, respectively calculating the average value of seismic trace data of a single cluster on the same sampling point, taking the average value as the seismic data of the corresponding cluster on the same sampling point, and forming cluster seismic trace data; carrying out linear superposition processing on the cluster seismic trace data to obtain a linear superposition vector, and determining sedimentary background data according to the linear superposition vector; and carrying out Body operation on the high-dimensional Wheeler domain seismic dataand the sedimentary background data to obtain lithology seismic data of the reservoir to be measured. By means of all the embodiments, the sedimentary background can be removed accurately and efficiently, and the accuracy of the fine seismic sedimentology research is improved.

The invention discloses a horizontal well cluster perforation staged fracturing method. The horizontal well cluster perforation staged fracturing method comprises the steps that the number of clusterof the first stage of the perforation is 2-4; the number of the cluster of other per stage perforation is set to be 6 or more; each cluster has four perforations, and the four perforation charges exhibit a 90-degree phase angle, so that the four perforations are located in the same plane in the direction perpendicular to a horizontal wellbore; and the diameter of the perforation is 14.5 mm or more. The horizontal well cluster perforation staged fracturing method increases the number of clusters in a single segment by optimizing the perforation position and parameters such as the number of perforations, the perforation diameter, the perforation density and the phase angle, and forms a single crack in the single cluster; and then the fracturing construction parameters are optimized and the pretreatment techniques such as medium-high-viscosity acid gradual extraction and displacement are combined, and the multi-cluster cracks in the segments are simultaneously cracked and extended. The technology can effectively increase the number of artificial cracks and crack length, improve the complexity of cracks, improve the transforming volume of cracks, solve the problem of the limitation ofthe current technology, and maximize the effect of a reservoir yield-increasing effect.

The invention discloses a container multi-cluster parallel energy storage system with multi-stage protection. The container multi-cluster parallel energy storage system comprises multiple single-cluster energy storage systems and a three-stage controller; each single-cluster energy storage system comprises multiple battery boxes, a safety power supply module and a two-stage single-cluster controller; the battery boxes are connected in series in sequence, and adopt a CAN1 bus internal network for communication simultaneously; the positive and negative input ends of the safety power supply module are connected with the series-wound battery boxes; the positive and negative output ends of the safety power supply module of each cluster are connected to the high-voltage positive electrode and negative electrode outputs of the container energy storage system in parallel; the two-stage single-cluster controller performs measurement and control on the corresponding safety power supply module, and meanwhile, is connected to the CAN1 bus internal network through a CAN1 interface to realize communication with the battery boxes and is connected to a CAN2 bus internal network through a CAN2 internal network interface to realize communication with the three-stage controller; and the three-stage controller is in communication with an external management system through a CAN1 bus external network, and is connected with an inverter through a 485 bus external network.