192 results about "Resource network" patented technology

A security gateway provides a secure connection among one or more networks and a protected resource network. One of the local networks may be connected to the remote private network via a VPN IPsec tunnel. The networks may be local networks that share resources without compromising the security of the protected resource network. The local networks may have access to an untrusted network such as the Internet, sharing a single connection through the security gateway. Dynamic source network address translation is used to permit access from the network connected to the protected resource network to other, less trusted networks while concealing the actual IP addresses of hosts within that network.

The present invention provides multi-device distributed digital video recording systems and methods. The present invention enables digital recording devices on a cable plant to share resources. A plurality of networked digital video recorders are provided. A requesting digital video recorder (DVR) on the network may be capable of broadcasting a request to a plurality of DVRs seeking resources of a dormant DVR. At least one dormant DVR on the network may be capable of providing a response to the requesting DVR indicating its availability of resources. The requesting DVR may then select a granting DVR from the dormant DVRs with available resources (i.e., those DVRs that responded to the request). A session may then be established between the requesting DVR and the granting DVR. Once the session is established, the resources of the granting DVR may be made available for use by the requesting DVR.

A computerized method for detecting related events in a water monitoring system. The method includes receiving event data from a plurality of sensors in a water network. The method also includes identifying at least two candidate events from the event data as being candidate events which are likely to constitute part of a common anomaly event, the candidate events each being substantially anomalous. An event combination rule is selected. One or more event characteristics are compared between the at least two candidate events based on the event combination rule. The at least two candidate events are determined whether they are related and associated with a common event causing the at least two candidate events on the basis of the comparison. The determination of the at least two candidate events are related and associated with a common event is reported to a user via a user interface.

Disclosed is a system and method for managing frequency resources, that is, a system and method for dynamically allocating and managing frequency resources in multiple radio access networks (RAN). In multiple radio access networks, the system and method manages frequency resources in consideration of the priorities of radio access networks and the priorities of service classes of each radio access network, and manages the frequency resources through negotiation and auction for frequency resources among the radio access networks.

A method for enhancing the experience of a plurality of users who view the same resource using the Internet or an IPTV system. The method includes initially installing software by a portion of said plurality of users from a proprietary Web site. The method also includes creating, as a result of the initial installing step, a resource networking group and providing means thereby for the group members to communicate with each other as a community.

An outsourced service level agreement (SLA) deliverable management method includes configuring SLA client and secondary SLA provider master data, procuring a secondary SLA provider provision services network, administering a secondary SLA provider human resource network, processing an SLA client provisioning requirement, processing an SLA provisioning service voucher, and processing payment of an SLA provisioning work order. This Abstract is provided to comply with rules requiring an Abstract that allows a searcher or other reader to quickly ascertain subject matter of the technical disclosure. This Abstract is submitted with the understanding that it will not be used to interpret or limit the scope or meaning of the claims.

A reconfigurable operation apparatus consists of a plurality of operation units capable of reconfiguring themselves by using a piece of given first configuration data and of operating simultaneously with one another; RAMs; diverse processor elements required for constituting an operation apparatus; an inter-resource network interconnecting the operation units, the RAMs and the diverse processor elements, performing data transfers between resources connected thereto in a uniform transfer time independent of positions and kinds of the resources, and being reconfigurable by using a given second configuration data; and a configuration memory storing the first and the second configuration data. Configuration data is loaded from an external storage apparatus onto the configuration memory, and the first and the second configuration data are supplied to the reconfigurable processor resources in appropriate sequence and timing based on data available from a plurality of operation units.

Aiming at the problem that resource segmentation and guarantee cannot be carried out according to requirements of a container network in the prior art, the invention provides an SDN-based container network resource scheduling method, which comprises the following steps of: 1, carrying out unified abstraction and description on network software and hardware resources based on an SDN/NFV technology;2, implementing resource allocation and recovery on the container network, integrating resources into a resource pool, establishing and managing a network address resource pool and a network equipment resource pool, providing network equipment resources as required, and recovering the network equipment resources in time when the network is destroyed; And step 3, based on the idea of SDN centralized control, deploying a centralized control server in the container network, and implementing network situation awareness and routing integration. The container network resource scheduling method integrates networking, routing and monitoring by intensively sensing the network situation and reasonably segmenting and recovering the container network resources in combination with the requirements oftasks, thereby realizing the optimal scheduling of the container network resources.

Network devices of a digital network for communication between a plurality of devices have a source for transmitting data into the network, and sinks for receiving data from the network. Managers (logical controllers) to which priorities are assigned in a hierarchical order manage connections between sources and sinks. Before setting up a connection, a manager first queries a negotiation administrator to obtain a right to negotiate with other managers and to set up connections. When all other managers having higher priorities also have granted the connection, the manager connects sources and sinks.

The invention discloses a method for sharing resources, a server and a terminal device. The method comprises steps of receiving a resource sharing request transmitted by a first terminal device, wherein the resource sharing request includes a user identifier and resource sharing parameters, updating user account information identified by the user identifier according to the received resource sharing request, distributing the resource corresponding to the resource sharing parameter information, and generating a resource network link corresponding to the resource sharing parameter information for sharing, transmitting the network link to the first terminal device, wherein the resource for sharing is pre-purchasing lottery, and the resource sharing parameter information comprises the number of the lottery or the donated lottery money amount. By utilizing the embodiment of the invention, the resource sharing is not to transmit the resource to an appointed user and the corresponding resource can be shared between users, which expand the resource sharing range and influence and improve the efficiency of sharing resources.

The invention discloses a switching method and system for an exchange in groups with a downlink double loading technique or a multi loading transmission technique, and a base station and a mobile station device, and mainly includes: a switching request message for switching over one carrier frequency is sent out to a switched target base station system BSS, when a need of a switch of over one carrier frequency for MS is ascertained by a resource network device where the mobile station MS is positioned; after the switching request message is received by the switched target base station system BSS, wireless resources of corresponding quantity of carrier frequencies are distributed to the current MS, and a replying message is returned to an origin BSS of the MS after the completion of the distribution; after the replying message is received by the origin BSS, a switching order including the distributed wireless resource information is sent out to the current MS; after the switching order is received by the current MS, a data transmission channel is off the carrier frequency of the origin BSS and is switched on over one carrier frequency distributed by the target BSS. The invention has the advantage that simple and reliable switching of PS is realized with the downlink double loading technique or the multi loading transmission technique.

An embodiment of a network of extendable computer resources creates a virtual computing environment for a remote client. The network allocates at least some of the extendable computer resources to the virtual computing environment and compressively represents video output information of the virtual computing environment as an encoded data stream. The encoded data stream is communicated to the remote client, and input information to control the resources allocated to the virtual computing environment is received from the remote client. An embodiment of a local computing client receives a multiframe motion picture stream of encoded signals that represent the video output of a virtual computing environment hosted by a remote computer source. The local computing client decodes the motion picture stream, accepts input information operable to control the virtual computing environment, and communicates the input information to the remote computer source.

A method for filtering content makes use of local filtering agents for end users, and a portal to a network of human reviewing resources. Local filtering agents request content classification for unclassified content. The portal routes requests from local agents to available human reviewing resources. A content classification is provided by the reviewing resources, and may be saved in association with a content identifier for future use. The method permits human review of content within a short period after review is requested. In an embodiment of the invention, a centrally-located switch is provided for controlling filtering levels at one or more user terminals.

A DSL access multiplexer exchanges communications between DSL connections and premise connections. A premise wireless interface exchanges the communications between the premise connections and a wireless communication link. A network wireless interface exchanges the communications between the wireless communication link and network connections. The DSL connections, premise connections, and network connections are physically allocated to different service providers. The DSL access multiplexer, premise wireless interface, and network wireless interface maintain physical, spectral, and/or logical separation between the customer communications of the different service providers.

A vehicle network and method for communicating information within a vehicle. The network includes a plurality of network elements joined by communication links. A data frame is provided for communicating information between a first device and a second device attached to the network. A network element in the network is capable of mapping a first resource on an incoming communication link of the network element to a second link resource of an outgoing communication link of the network element. The network element further has ports for receiving the data frame from the first link resource of the incoming communication link and for communicating the data frame to the second link resource of the outgoing communication link. The mapping may be done statically or dynamically such as based on information stored in the network element or based on information stored in the data frame.

The invention relates to a resource allocation method used for an LTE system. According to the channel environment where terminals are located, physical resources are allocated for terminal users in combination with service Qos requirements and service amount requirements. The resource allocation method includes the steps that a network side refers to the terminal service Qos requirements and uplink data size requirements to allocate SR resources for the terminal users; the network side refers to the channel environment where the terminals are located, the uplink data size requirements and downlink data size requirements to allocate CQI resources for the terminal users; the network side refers to the channel environment where the terminals are located, the uplink data size requirements and whether to adopt a frequency-selective scheduling strategy to allocate SRS resources for the terminal users. The corresponding physical resources are allocated according to terminal actual service requirements and the channel environment, and the use ratio of radio resources of the LTE system is improved to a greater degree.

The invention discloses a segmented power telecommunication network analysis method. The method includes the steps: firstly, realizing interoperation based on a PIIF framework integration; secondly, acquiring real-time operating conditions of a power distribution network terminal channel in real time by the interoperation, invoking a grid resource maintenance function component of a GIS (geographic information system), establishing power telecommunication network topology by depending on grid-resource topological correlation, correlating telecommunication network equipment to PMS equipment, and establishing association of a power distribution network channel and a telecommunication network channel to form an all-link monitoring view of the power distribution network channel and the telecommunication network channel; finally, when a telecommunication resource network management system has power telecommunication network faults or a power distribution automation system has power distribution network channel faults, visually judging locations of the faults. When the telecommunication network channel or the grid terminal channel has fault warning under the operating conditions, segmented analysis of the operating conditions can be performed, the occurrence interval of the faults can be reduced quickly, and accordingly processing efficiency of the telecommunication network faults is improved in an assisted manner.

Resources within a hybrid packet-circuit network are dynamically reallocated based on demand. In response to an edge switch requesting additional first resources, a network manager evaluates a plurality of possible communication paths and potential network changes to determine an optimum configuration for providing the additional first resources. Network switches are instructed by the network manager to reallocate second resources such as packet-switched resources to first resources such as circuit-switched resources.

The invention discloses a built-in self-test structure and method for an on-chip network resource node storage device. The built-in self-test structure comprises a built-in self-test (BIST) controller arranged on a field programmable gate array (FPGA) chip, a resource network interface and a BIST interface which are embedded into corresponding routers, a test pattern generator and a test response analyzer, wherein the BIST controller is connected with external test equipment through an external interface. The built-in self-test method comprises the following steps that: the external test equipment sends an instruction start test program to the BIST controller; the BIST controller sends an enabling signal and a state selection signal to each test module according to a March C+ test algorithm program, performs read-write operation on each address of a static random access memory (SRAM) under each test state, and stops sending the signals if failures are found out. A test result is sent to the external test equipment. According to the built-in self-test structure and method, the test time is reduced by 50 percent; a routing network of a network operation center (NoC) is reused as a test data route; data transmission is reliable and safe; a chip area is low in expense; the failure coverage rate is high.

The invention provides an IP address allocation method and device for a cloud computing network. The method comprises the following steps: determining an allocable IP address resource network segment in the cloud computing network; determining deployment parameters in the cloud computing network, the deployment parameters comprising categories of services to be deployed, categories of networks to be deployed, quantity of server clusters to be deployed, quantity of physical servers in each server cluster and quantity of virtual servers to be deployed in each physical server; and performing automatic allocation on the allocable IP address resource network segment according to the deployment parameters in the cloud computing network. The method and the device can save manpower, improve the efficiency, avoid possible error of IP address repetition during manual allocation, and realize automatic planning of IP addresses.