71results about How to "Reduce data communication" patented technology

Disclosed are systems and methods which provide a centralized architecture for call processing. Embodiments utilize voice over Internet protocols (VoIP) to carry calls from a location at which calling services are provided to a centralized call processing platform providing call processing functionality, such as calling party identification, call validation, call routing, and connection to the public switched telephone network (PSTN). Call processing gateways may be utilized to provide plain old telephone service (POTS) analog line interfaces for use with a plurality of telephone sets disposed for use at a location and at least one wide area network (WAN) interface for providing high speed data communication to a centralized call processing platform. PSTN interfacing by a call processing platform may be provided as a VoIP connection to the PSTN and / or as POTS trunking. Call processing platforms may provide for data sharing, aggregation, and / or analysis across multiple facilities served.

Disclosed are systems and methods that provide centralized or nodal inmate management and telephone call processing capabilities to controlled environment facilities. An inmate management and call processing system serves a plurality of facilities and includes an inmate information database. The database is shared across the facilities and contains inmate records that may be accessed and modified by each facility as the inmate is transferred among those facilities. Each inmate record may include, among other information, contact information of third parties whom may be notified of the inmate's arrest and / or subsequent transfers of the inmate to different facilities. The inmate management and telephone call processing system may use third party contact information to establish accounts used to charge calls or transactions made by an inmate while residing at the facility. Some systems may also provide call processing, video conferencing, e-mail, voicemail, and / or videomail applications, and the like to the facilities.

Described are methods and apparatus, including computer program products, for defining logical trunk groups in a packet-based network. A plurality of logical trunk groups are defined for a first media gateway in communication with a packet-based network. Each of the plurality of logical trunk groups is associated with one or more media gateways in communication over the packet-based network with the first media gateway. Data associated with a call that is received or transmitted by the media gateway is associated with a first logical trunk group of the plurality of logical trunk groups.

A method for target device discovery on a network is disclosed. The method includes multicasting a signal from a master initiator over the network. A unicast is received from a new target recently connected to the network where the new target is passive when no multicast signal from the master initiator is received. Then the new target is added to a list of targets connected to the network. The method concludes by sending out a next multicast to other initiators where the next multicast includes information regarding the adding of the new target to the network.

Disclosed are systems and methods which provide call processing for a plurality of telephones at a site for which calling services are provided. Call control functionality is distributed to remote locations using data networks according to embodiments. The aforementioned data networks and / or separate data networks are used to carry call content using voice over Internet protocols (VoIP). Embodiments utilize VoIP to carry calls from a location at which calling services are provided to a centralized call processing platform providing call processing functionality, such as calling party identification, call validation, call routing, and connection to the public switched telephone network (PSTN). PSTN interfacing by a call processing platform may be provided as a VoIP connection to the PSTN and / or as POTS trunking. Call processing platforms may provide for data sharing, aggregation, and / or analysis across multiple facilities served.

Disclosed are systems and methods that provide centralized or nodal inmate management and telephone call processing capabilities to controlled environment facilities. An inmate management and call processing system serves a plurality of facilities and includes an inmate information database. The database is shared across the facilities and contains inmate records that may be accessed and modified by each facility as the inmate is transferred among those facilities. Each inmate record may include, among other information, contact information of third parties whom may be notified of the inmate's arrest and / or subsequent transfers of the inmate to different facilities. The inmate management and telephone call processing system may use third party contact information to establish accounts used to charge calls or transactions made by an inmate while residing at the facility. Some systems may also provide call processing, video conferencing, e-mail, voicemail, and / or videomail applications, and the like to the facilities.

The data interconnect and routing mechanism reduces data communication latency, supports dynamic route determination based upon processor activity level / traffic, and implements an architecture that supports scalable improvements in communication frequencies. In one application, a data processing system includes first and second processing books, each including at least first and second processing units. Each of the first and second processing units has a respective first output data bus. The first output data bus of the first processing unit is coupled to the second processing unit, and the first output data bus of the second processing unit is coupled to the first processing unit. At least the first processing unit of the first processing book and the second processing unit of the second processing book each have a respective second output data bus. The second output data bus of the first processing unit of the first processing book is coupled to the first processing unit of the second processor book, and the second output data bus of the second processing unit of the second processor book is coupled to the second processing unit of the first processor book.

Described are methods and apparatus, including computer program products, for hierarchically organizing logical trunk groups in a packet-based network. A first hierarchical group includes a first logical trunk group that is associated with a first trunk resource parameter. The first hierarchical group is associated with a group resource parameter, a portion of which is based on the trunk resource parameter. Data associated with a telephone call is associated with a logical trunk group. Transmission of the data through a packet-based network is based in part on the group resource parameter.

An apparatus, system, and method are disclosed for read back verification of stored data. A file CRC module calculates a first file CRC for a data file. A segmentation module segments the data file into a plurality of data blocks that comprise a copy of the data file. A block CRC module calculates a data block CRC for each data block. An aggregated CRC module calculates a second file CRC from the data block CRCs. In addition, the aggregated CRC module verifies copy of the data file if the second file CRC is substantially equivalent to the first file CRC.

Systems and methods for communicating information within a business organization network using a one or more communication bands on a HF communication network. A computer device may be used to control communication by selecting a frequency band and / or frequency at which communication may take place to optimize latencies to at or near the physical limitation of HF radio wave communication over long distances.

The invention discloses a nonuniformity-based I / O access system in a virtual multicore environment and an optimizing method and relates to the field of computer virtualization. The system comprises a performance detection module, a thread binding module and a memory migration module, the performance detection module monitors hardware information of a virtual machine and a physical host in real time through a modified performance monitoring tool, the thread binding module judges whether a current system is with low load or high load according to the hardware information collected by the performance detection module and binds virtual machine threads on nodes with high load onto nodes with low load when the current system is with high load, and the memory migration module migrates related threads onto a node closest to a network adapter when the current system is with low load. An affinity optimizing model of I / O performance based on the virtual multicore environment is built, and real-time dynamic optimized placement strategies with high throughput and low delay are provided for the system so as to efficiently utilize multicore resources and performance of the high-performance network adapter, so that load of the system is lowered effectively.

The invention discloses a partitioning and parallel distribution processing method of super-large scale RDF graph data. The method comprises the following steps: preprocessing original RDF graph data, generating a corresponding Hash dictionary file and reshaped three-column list data, and converting the reshaped three-column list data into an associated matrix M; creating a hypergraph model of the associated matrix M, wherein the subject, the predicate and the object of the M in the hypergraph model are hyperedges, and data associated with the hyperedges is hyperedge data; judging whether the RDF graph data is a connected graph or an unconnected graph; if it is the unconnected graph, partitioning the unconnected graph into a plurality of connected graphs; on the basis of the hypergraph model and concurrent breadth traversal, equidistantly placing the hyperedge data on a path, classifying and ranking the hyperedge data, uniformly partitioning the hyperedge data into K portions to be put into K slave nodes; and establishing mapping relationships among the hyperedge data and the slave nodes. The partitioning and parallel distribution processing method of the super-large scale RDF graph data is quick in partitioning speed, high in partitioning quality, balance in data and task loads, high in parallelism of query processing, and fast in query processing speed.

The invention discloses a parallel space topology analyzing method based on discrete grid. In the method, data is loaded firstly during the parallel space topology analyzing method. Then, the data division is carried out on a space object by Root process. Divided sub-data are transmitted to a plurality of Sub processes. Every Sub process carries out the space topology analysis on accepted tasks in parallel. The parallel space topology analyzing method has perfect topology robustness. Data communication is reduced. Compared with a serial method, the efficiency of the parallel space topology analyzing method is improved linearly.

The invention discloses a multi-core package-level system based on a core particle framework and a task mapping method for core particles. The system comprises a core unit, a core particle unit and apackaging unit; the core unit comprises a plurality of parallel processing units and an L1 local buffer unit shared by the plurality of processing units; the L1 local buffer unit is only used for storing weight data; the core particle unit comprises a plurality of parallel core units and an L2 shared buffer unit shared by the plurality of core units; the L2 shared buffer unit is only used for storing activation data; the package unit includes a plurality of parallel and interconnected core grain units, and a DRAM memory shared by the plurality of core grain units. According to the method, scheme search is carried out through core particle Chiplet calculation mapping, calculation mapping between core particle Chiplets, a data distribution template of PE array calculation mapping in the coreparticle Chiplets and scale distribution of calculation of each layer, so that less inter-chip communication, less on-chip storage and less DRAM access are achieved.

The invention provides an automatic gamepad key value configuring system and method. The automatic gamepad key value configuring system and method solves the problem that a household game console platform in the prior art depends on manually configuring operation key values on a gamepad, operation is troublesome, time is wasted and game entertainment experience of game players is affected. Besides, by the automatic gamepad key value configuring system, the gamepad and the game console are given with certain temporary storage capacity of handle key value data arrays, so that the key values of the gamepad in the system can be automatically configured and processed by the aid of the gamepad key value data temporarily stored, key value configuration efficiency is improved, unnecessary data communication and transmission is reduced; in association with the optimal automatic key value configuring method, communication processing load of a center server is alleviated, the process of acquiring current key value configuration state information by communication of the game console and the gamepad is optimized, an automatic user-defined configuration function of the key values of the gamepad can be provided for different game players, and the automatic gamepad key value configuring system can be combined with the internet technology to be widely used in the household game console platform.

A signal communication system comprising a number of signal nodes arranged to interact physically with their environment and to convert between physical properties and corresponding signals, a number of client nodes arranged to receive or send the signals to interact with the signal nodes, and a distribution system arranged to switch the signals between the signal nodes and the client nodes. The signal nodes are communicatively coupled to the distribution system via injection transport channels to send and receive injection transport representations of signal representations of the signals; the client nodes are communicatively coupled to the distribution system via distribution transport channels to send and receive distribution transport representations of signal representations of the signals; and the signal nodes are communicatively coupled to the client nodes to transport the signal representations using the injection transport channels, distribution system and distribution transport channels. The distribution system is arranged to switch signal representations between an injection transport channel and one or more distribution transport channels on the basis of a signal injection label and one or more associated signal distribution labels. Thereby is enabled end-to-end encryption between signal nodes and client nodes. A catalog system for facilitating initiation of communication in the signal communication system is also disclosed.

Described are methods and apparatus, including computer program products, for controlling time-sensitive data in a packet-based network. Data associated with a call is received, and the data includes an identifier associated with the data, a data source, or one or more data destinations. The data is associated with a logical trunk group selected from a plurality of logical trunk groups each in communication with the one or more data destinations over a packet-based network. The logical trunk group is selected based in part on the identifier. Calls through the packet-based network are managed based in part on the associated logical trunk group.

The present invention, relating to the field of network technologies, discloses a data communication method and device and data interaction system based on browser. The method includes: receiving request data input by a user by using a browser; generating a request data packet using the request data according to a preset private protocol; and sending the request data packet to a server. The client includes: a receiving unit, a generating unit, and a sending unit. The data interaction system includes a client and a server. According to the present invention, a request data packet is generated for request data according to a preset private protocol, and then sent to a server. In addition, during the data communication process, other protocol-specific fields in HTTP are not carried, thereby reducing data transmission amount, saving bandwidths, and improving data transmission efficiency.

A data retrieval system and method includes a data server, a client terminal, and a web server. The client terminal performs a data retrieval operation. The web server handles data processed between the data server and the client terminal. The client terminal has a socket communications program for communicating with the web server without using the web browser of the web server. The web server communicates with the data server and sends data received from the data server back to the client terminal, in accordance with a request for data retrieval sent from the socket communications program of the client terminal.

Embodiments of the present disclosure relate to methods and apparatuses for data copy avoidance where after a data access request is received from the first storage node, what is sent by a second storage node to the first storage node is not an address of a second storage space in a second mirrored cache, but an address of a first storage space in a first cache corresponding to the second storage space. In this way, data access may be implemented directly in the first cache on the first storage node, and can reduce data communication across different storage nodes, eliminate potential system performance bottlenecks, and enhance data access performance.

A system, method, and program for optimizing the data channel availability on a computer device through selectively delaying the closing of an open channel on a computer network having expensive bandwidth, such as a cellular telecommunication network. The device has a plurality of device resources that utilize an open channel to communicate across the network, and optimally delays the closing of an open communication channel after cessation of usage thereof by a device resource such that other device resources can utilize the open communication channel prior to closure while still minimizing the duration of the expensive open channel.

Disclosed are a method and apparatus for performing communication in a mobile communication terminal. The method includes determining the type of the communication when the mobile communication terminal exits from a WiBro service area while performing the communication using a WiBro network, receiving, if the communication is data communication, an input of a data communication method and continuing to perform or terminating the data communication according to the input data communication method.

The invention discloses a data updating method, a client, and a server. The method comprises the steps that the server receives a data updating request sent by the client, wherein the data updating request comprises the version number of local data of the client; the server judges whether the version number of local data of the client is the same as the version number of self-stored latest data or not: the server transmits notification information with the unchanged data to the client if the version number of local data of the client is the same as the version number of self-stored latest data, or else, the server transmits an updated data package to the client, and enables the client to update the local data. According to the technical scheme of the invention, the method greatly reduces the unnecessary data communication between the client and the server, reduces the utilization amount of data flow of the client, and improves the work efficiency of the client and the server at the same time.

The data interconnect and routing mechanism reduces data communication latency, supports dynamic route determination based upon processor activity level / traffic, and implements an architecture that supports scalable improvements in communication frequencies. In one application, a data processing system includes first and second processing books, each including at least first and second processing units. Each of the first and second processing units has a respective first output data bus. The first output data bus of the first processing unit is coupled to the second processing unit, and the first output data bus of the second processing unit is coupled to the first processing unit. At least the first processing unit of the first processing book and the second processing unit of the second processing book each have a respective second output data bus. The second output data bus of the first processing unit of the first processing book is coupled to the first processing unit of the second processor book, and the second output data bus of the second processing unit of the second processor book is coupled to the second processing unit of the first processor book.

The invention discloses a rapid processing method of mass sensor test data of aircrafts, comprising the following steps: 1) acquiring the original parallel data transmitted by an aircraft sensor, cutting the parallel data to generate a plurality of raw packets, and uploading to an HDFS file; 2) carrying out data analysis of the raw packets to obtain the standardized data after time alignment; 3) Exporting the standardized data after time alignment to generate the line data, and distributing the data of each column into each computer of the Spark cluster for distributed computation. The methodof the invention can reduce the data communication between the distributed computing clusters as much as possible, and all threads can share the same resources in the case of noninterference from eachother, thereby remarkably improving the data processing speed; In addition, the method of the invention can improve the efficiency of the test data processing of aircrafts and shorten the time interval between two tests.

Methods, apparatus, and products are disclosed for synchronizing an active feed adapter and a backup feed adapter in a high speed, low latency data communications environment that include brokering, by a stream administration server, establishment of an active message stream to a subscribing client device from an active feed adapter, the active message stream capable of communicating active application messages; brokering, by the server, establishment of a backup message stream to the client device from a backup feed adapter, the backup message stream capable of communicating backup application messages; receiving an active feed adapter state in backup messaging middleware of the backup adapter from active messaging middleware of the active adapter; determining, by the backup feed adapter, whether a backup feed adapter state is synchronized with the active feed adapter state; and administering, by the backup feed adapter, operation of the backup adapter in dependence upon the determining.

The invention discloses a multi-protocol multi-manufacturer Internet of Things equipment integration management and meteorological information releasing system, comprising a plurality of front-end acquisition modules, a plurality of front-end issuing modules, a protocol conversion module, a central processing module and a front-end acquisition module, wherein meteorological information is collected and transmitted to a protocol conversion module. The protocol conversion module receives the meteorological information and processes the meteorological information into a unified format for data transmission to the central processing module. The central processing module receives the data of uniform format for content supplementary processing and transmits the data of content supplementary processing back to the protocol conversion module. The conversion protocol moduleis used for receiving the data processed by the content supplement and reading the attributes of the data and matching theattributes of each front-end publishing module, and converting the data processed by the content supplement into a corresponding format and transmitting the data to the corresponding front-end publishing module. The front-end publishing module receives the data supplemented by the content and performs actions according to the data; Only one logical encoding of the data is required to match different network protocols.

A communication system wherein, in each node, data transmission blocks transmit transmission data, and data relay blocks relay the transmission data from another node in a prior stage as relay data. Output switching units switch between outputting the transmission data and outputting the relay data as output data.

The invention discloses a compiling method based on an OPU instruction set and a compiler, and relates to the field of compiling methods based on CNN acceleration. The method comprises the following steps: converting CNN definition files of different target networks, selecting an optimal accelerator to configure mapping according to defined OPU instruction sets, and generating instructions of different target networks to complete mapping; wherein the conversion comprises file conversion, layer recombination of a network and generation of a unified intermediate representation IR; wherein the mapping comprises the steps of analyzing the IR, searching a solution space according to the analysis information to obtain a mapping mode for ensuring the maximum throughput, and generating instructions of different target networks based on the solved mapping mode according to the defined OPU instruction set. According to the method, the communication delay problem of an off-chip memory and the optimal accelerator configuration problem of finding different target networks are overcome, instructions of different target networks which can be executed by an OPU are output, CNN acceleration is completed by means of instruction configuration, and an FPGA accelerator is not reconstructed.