45results about How to "Dynamic configuration" patented technology

Disclosed is a programmable logic device (PLD) which can undergo dynamic configuration at a high speed. The PLD includes a plurality of programmable logic elements (PLEs) and a switch for selecting electrical connection between the PLEs. The switch includes a plurality of circuit groups each of which includes first and second transistors. The second transistors of the circuit groups are electrically connected in parallel with one another. In each of the circuit groups, the electrical conduction between a source and a drain of the second transistor is determined based on configuration data held at a node between the gate of the second transistor and a drain of the first transistor, which allows the selection of the electrical connection and disconnection between the programmable logic elements by the selection of one of the circuit groups.

Embodiments of the invention are directed to automated reception systems that may receive voice information indicating action to be taken by the system. The automated reception system may receive a call and transmit a speech message to the caller identifying actions that the caller may ask the system to take. The caller may verbally select an action for the system to execute. Possible actions may depend upon the system context and information about possible actions may be provided to the caller through dynamically generated messages. The caller may also access voicemail or electronic mail messages using embodiments of the invention. Furthermore, in some embodiments, a caller may be able to control a separate communication session using voice or other commands input during a telephone session.

The present invention provides a service testing method and system using a surrogate. The service testing method comprises steps of: generating, according to service description of a service to be simulated, a service-specific surrogate for said service to be simulated; deploying the generated service-specific surrogate onto a runtime system; specifying a test case by referring to the generated service-specific surrogate, wherein said test case comprises test configuration; and setting, according to the test configuration, a configuration option of the deployed surrogate on the runtime system. In the service testing method and system according to the present invention, parameters of the surrogate are dynamically configured without necessity of rewriting and deployment, thereby reducing the burden of designing and generating Mock objects.

A system and method are provided which enable a data communications device to be programmed to automatically and dynamically modify allocation of resources upon the occurrence of specific events or times without having to break active sessions of data communications. Resource allocations can be made by bandwidth reservations provided to a data communications device via a network policy or via individual bandwidth reservation messages. The bandwidth allocation information can specify a session of data communication and future bandwidth modification information, such as a time or event, that will cause the data communications device to modify an amount of bandwidth reserved for the specified session of data communications.

A communication channel for reconfiguration of a device, such as an FPGA, is described in various embodiments. One embodiment includes a physical input/output circuit, a dynamic layer, and a static layer. The static layer is programmed into the reconfigurable device to contain a configuration layer and a network layer. The configuration layer is able to receive additional layers, such as a virtual network layer and a virtual security layer and program them into the reconfigurable device. The virtual network layer can provide communication protocols, such as TCP/IP, and the virtual security layer can provide security protocols, such as TLS and IPSec. Various distributed applications can be programmed into the reconfigurable device over the network and configured to use the virtual network layer and the virtual security layer.

In the method of the invention, requests received by a request distributor are distributed to server computers. The request distributor uses distribution information for selecting, as a destination for the requests, a server computer. A first request relating to a delivery of a service is received by the request distributor and sent to one server computer. The server computer then receives the first request. Finally, it is determined whether a further request relating to the delivery of the service is expected to be received by the request distributor, and, if so, distribution information is made available to the request distributor.

The invention is related to a method in a communication network for handling traffic, such as data packets, from source nodes to destination nodes, via user selectable relay nodes. The relay nodes form an overlay network of nodes operated and managed by an overlay network operator. Communication between relay nodes relies on using packet forwarding services of intermediate networks being operated and managed independently by other operators. For any source/destination pair the overlay network operator may select an appropriate sequence of relay nodes to be passed depending on the required quality of service and the performance of different intermediate networks. The invention enables the control of the spreading of traffic between any two end-points over several alternative relay routes.

The invention provides a data acquisition method, which comprises the steps: step 102: formulating and customizing a business entity in a second business component according to business operations of a first business component, determining and customizing the relative information of attributes of the business entity; step 104, determining and customizing the metadata of the business entity according to the business operations and the relative information; step 106, releasing the metadata; step 108, storing and customizing relations between the business entity and other business entities in the second business component; step 110, after the customized business entity obtains the business data through the relation, the first business component obtains the business data which the metadata corresponds to so as to carry out the business operation. The invention also provides a data acquisition device. According to the technical scheme of the invention, the needed data can be dynamically configured and obtained.

The invention relates to the field of software application, and in particular relates to a method, a system, equipment for regularly calling a micro-service and a medium. The method for regularly calling the micro-service comprises the steps of receiving a registration request of the micro-service; storing the micro-service; pulling the micro-service to be called in the current time range; and calling the pulled micro-service. According to the method provided by the invention, the micro-service can be dynamically configured and managed; calling of the micro-service can be triggered regularly;the problem in a regular micro-service calling scene is solved; and the method is also the micro-service and can be seamlessly integrated into micro-service architecture.

A waveguide antenna assembly and process for transceiving signals of a predetermined radio frequency range comprising at least two collaterally aligned conductive layers configured in a conformable loop so as to form an electrically isolating channel dimensionally configured for support of the waveguide modes of the predetermined frequency range, an aperture for electromagnetically transceiving the signals, wherein the aperture extends along a surface of the electrically isolating channel such that the aperture extends between the outer edge of the inner surface of the first conductive layer and the second conductive layer, a back short spaced apart from the aperture a predetermined distance equal to a resonant length of the waveguide mode wavelength so as to provide a circuit impedance between the first conductive layer and the second conductive layer for tuning the waveguide to transceive the signals, and excitation points coupled to the aperture to propagate waveguide modes within the electrically isolating channel, which is conformable to the configuration of a supported electronic device.

A waveguide antenna assembly conformable to the configuration of a supported device for transceiving signals of a predetermined radio frequency range comprising at least two collaterally aligned conductive layers configured in a conformable loop so as to form an electrically isolating channel dimensionally configured for support of the waveguide modes of the predetermined frequency range, an aperture for electromagnetically transceiving the signals, wherein the aperture extends along a surface of the electrically isolating channel such that the aperture extends between the outer edge of the inner surface of the first conductive layer and the second conductive layer, a back short spaced apart from the aperture a predetermined distance equal to a resonant length of the waveguide mode wavelength so as to provide a circuit impedance between the first conductive layer and the second conductive layer for tuning the waveguide to transceive the signals, excitation points coupled to the aperture to propagate waveguide modes within the electrically isolating channel for transceiving signals, and mode barrier filters longitudinally oriented in the first conductive layer and the second conductive layer to impede coupling between excitation points. A preferred embodiment of the present waveguide antenna strategically orients the mode barrier filters to enhance antenna transceiving and can be used to support switched TEM and H11 waveguide modes.

The embodiment of the invention provides a method and a device for acquiring a route, wherein the method comprises the following steps: obtaining a routing strategy by a routing strategy device according to the matching between routing matching conditions and calling summary data; and sending the routing strategy to a switching device by the routing strategy device. With the introduction of the routing strategy device, the management of the routing strategy is put in the routing strategy device, which is convenient to manage the routing strategy and configure the route flexibly and dynamically.

The invention provides a virtual object information adjusting method and device, a storage medium and an electronic device. The method comprises the steps: judging whether a virtual object set corresponding to a specific scene meets a preset condition or not; if the virtual object set meets the preset condition, generating a first specific virtual object in the specific scene; selecting a first virtual object from the virtual object set according to a matching rule, binding a first specific virtual object to the first virtual object in the virtual object set, and adjusting attribute information of the first virtual object based on the attribute information of the first specific virtual object; and detecting an operation instruction of the second virtual object for the first virtual object,and updating the state information of the first virtual object according to the operation instruction. According to the method and the device, the technical problem that only the virtual object information can be fixedly configured in related technologies is solved, the configuration flexibility of the virtual object information is improved, and the relevance among a plurality of virtual objectsin the virtual scene is improved.