198results about How to "Implement dynamic configuration" patented technology

The invention relates to a system and a method for monitoring distributed network data with dynamic configuration in the technical field of computer network. In the invention, an agent module of data acquisition collects the data of an affiliated network data platform according to the configuration files set by users and carries out preprocessing of the collected data; the preprocessing comprises operations of data packet filtration and data packet disassembly, wherein, the data packet filtration refers to protocol filtration operation, namely, the invalid data pocket is discarded according to the filtration mechanism defined by the users; the data packet disassembly operation refers to that useful information in the data packets is extracted according to presented content by the users and the data required by the users is reported to a data center module in the form of XML document; the data center module is responsible for processing the data files reported by the agent module of data acquisition and in the form of XML, and carries out dynamic management on the agent module of data acquisition by inquiring, configuring and updating the XML documents. The system and the method of the invention simplify the design of the system, and improve the ability of the system to process data as well as usability and robustness of the system.

The invention relates to a method for dynamically identifying and configuring an external display. An external video graphics array (VGA) display is detected actively and regularly, so that a working mode of a display card is reconfigured according to the optimal resolution and the refresh rate of the current display. In the method, extended display identification data (EDID) information stored in the current display is detected regularly, so that whether the current display is changed can be determined through correctness detection and difference comparison; if the current display is different from the previous display, the optimal resolution and the refresh rate which are stored in the EDID of the current display are resolved immediately; and then the working mode of the display card can be reconfigured according to the new resolution and the refresh rate, so that the problem that a user changes the VGA display through hot plug, so that the resolution of the display cannot be automatically adjusted to be the optimal mode or the problem that an output of the display card exceeds a resolution value range, so that the display has a black screen and outputs abnormally can be solved.

The method comprises: a) user end (UE) measures its own current speed level; when UE determines to reconfigure TA level corresponding to the UE, it sends the speed level to mobility management entity (MME) in the evolving core network to request the MME to reconfigure the TA level; b) after receiving the speed level, the MME reconfigures TA level for the UE, and sends the reconfigured TA level to the UE; UE updates its TA level to the received TA level. The invention also provides system, UE an MME used for reconfiguring TA level.

The present disclosure provides a channel monitoring method and apparatus. The channel monitoring method is applied to a base station, and includes the steps: configuring, for the terminal, a first discontinuous reception DRX parameter for channel monitoring; determining a first power saving signal for indicating the first DRX parameter; and sending the first power saving signal to the terminal, so as to enable the terminal to determine the corresponding first DRX parameter according to the first power saving signal and perform corresponding channel monitoring according to the DRX parameter. Therefore, the channel monitoring method not only realizes the use of the power saving signal to quickly realize the dynamic configuration of the DRX parameter, but also improves the efficiency of channel monitoring.

The invention provides a method and device for information transmission in D2D (Device to Device) communication. The method comprises the following steps: a first user device selects a target resource used for carrying an RS (Reference Signal) from communication resources used for conducting D2D communication, wherein the target resource is determined by feature information used in target resource selecting, and the feature information used in target resource selecting comprises at least one of the following two items: the feature information used for uniquely identifying the first user device and the feature information used for uniquely identifying a second user device in D2D communication with the first user device; the first user device transmits the RS to the second user device through the target resource. According to the invention, the target resource used for carrying the RS is determined according to the feature information of the user devices conducting D2D communication, and the dynamic configuration of resources is realized, so that the RS transmission between terminal pairs can be ensured under the condition of a plurality of terminal pairs conducting D2D communication.

The invention provides a processing method and a system of realizing network element configuration in a multi-standard communication system. In the processing steps of the method: after adjusting the configuration information of different standards, the multi-standard network element initiates the configuration of the configuration information to other multi-standard system network elements; and the network element not only can directly provide the configuration information for other multi-standard system network elements, but also can provide the configuration information for other multi-standard system network elements through a set operation and maintenance module. According to the proposal provided by the invention, the multi-standard communication system can allocate the whole multi-standard communication system more reasonably according to such configuration condition as the load information, resource using condition, etc., of each single-modulation network element; if idle resource is dynamically allocated to the multi-standard network element which is relatively lack of the resource so as to comprehensively consider supported configuration information of different standards, the dynamic configuration and the dynamic adjustment of the resource are realized; the resource utilization rate of the multi-standard communication system is increased; and the operation cost of the multi-standard communication system is reduced.

The invention particularly relates to a message format conversion method and system. The method comprises the following steps of obtaining http request data; obtaining a json configuration template corresponding to the http request data; analyzing the http request data and extracting all parameter names and corresponding parameter values in the http request data; and filling the parameter values into corresponding positions of the json configuration template and generating request data of a json format. According to the message format conversion method and system provided by the invention, through utilization of the pre-established json configuration template, the http request data is automatically converted into the request data of the json format, artificial participation is avoided, the conversion speed is fast, the conversion efficiency is high, and the number of parameters and parameter names of the json configuration template are dynamically configured according to user demands.

The invention provides a power configuration method for a physical mixing retransmission indicating channel. The power of a PHICH (Physical Hybrid-ARQ Indicator Channel) is regulated according to the verification result of CRC (Cyclic Redundancy Check) results of PUSCH (Physical Uplink Shared Channel) data transmission, a signal-to-noise ratio corresponding to the latest feed backed channel quality information (CQI) and based on cell special reference signal (CRS) measurement, a preset target signal-to-noise ratio during transmitting ACK information in the PHICH, as well as the energy value of each source element of the CRS, so that the power configuration of the present PHICH can be consonant with the quality of the PHICH, the dynamic configuration of the PHICH can be effectively realized, and the use of the PHICH power source is optimized.

The invention discloses a C and L waveband wavelength selecting switch, as well as an implementation method and a processing unit thereof, wherein the processing unit comprises an input-output fiber array, a polarization diversity element, a cylindrical surface reflector, a collimating lens array, a grating array and a programmable spatial light modulator; and a C waveband input light signal and an L waveband input light signal enter respectively the polarization diversity element through the input-output fiber array for polarization state adjustment, are reflected by the cylindrical surface reflector, collimated by the collimating lens array, expanded by the grating array according to different wavelengths, reflected to the programmable spatial light modulator for adjustment on magnitude and phase through the collimating lens array and the cylindrical surface reflector, and then returned to the grating array to be synthesized into a C waveband output light signal and an L waveband output light signal through the cylindrical surface reflector and the collimating lens array, and the C waveband output light signal and the L waveband output light signal are output through a designated output optical fiber port after the polarization state is restored. According to the C and L waveband wavelength selecting switch, as well as the implementation method and the processing unit, only one programmable spatial light modulator is used for realizing dynamic allocation of a C waveband wavelength resource and an L waveband wavelength resource through a skillful design of a light path, the structure is simple and the system cost is greatly reduced.

The invention relates to a page generation method and system. The method comprises the steps: (S1) configuring information in a display page through XML (eXtensible Markup Language) configuration files, so as to generate structured configuration information, wherein the configuration information comprises program codes, template pages and data result sets; (S2) querying the configuration information according to the program codes, acquiring the data result sets in the configuration information, acquiring data from a database according to the data result sets, processing the acquired data according to the data result sets, and outputting the processed data to the template pages, so as to generate a target page. According to the technical scheme of the invention, implementation staff can quickly assemble list pages or detail pages through the configuration information, the configuration information of the pages are saved in xml files through retrieving SQL (Structured Query Language), storage process, solr and memory, the dynamic configuration of the pages is realized, then, page configuration operation can meet the needs of different users, the efficiency of web page development is increased, and the workload of web page modification is reduced.

The invention provides a configuration method. The method comprises the steps that a basic input output system (BIOS) obtains configuration information stored in a field replacement unit (FRU) of a peripheral component interconnect expression (PCIE) Riser card through a baseboard management controller (BMC); and when being started, the BIOS performs configuration on a CPU port according to the configuration information. According to the scheme, the configuration information for configuring the CPU port is stored in the FRU of the PCIE Riser card, and the configuration information is obtained through the BMC in the BIOS starting stage, so that the CPU port is configured and dynamic configuration of the CPU port is realized.

The invention discloses a kind of dynamic optical wavelength router which is based on 1 * N of annulet. Input waveguide in a sandwich layer, N output waveguide and N annulet, N annulet is adjacent with a respective output waveguide. Top Cladding is corresponding to N annular electrode of N annulet, through the electro-optic effect, changes the refractive index of annulet, and controls resonator conditions of annulet, realizes coupling in different wavelengths optical signal between input waveguide and annulet, and between annulet and the output waveguide. N different wavelength optical signal inputs from the input waveguide, N output waveguide chooses a corresponding wavelength optical signal output respectively, wavelength of each output waveguide can be dynamic configuration. Chooses structure of annulet as the basic unit, the structure is simple and easy to achieve the miniaturization of devices and integration of function; the loss of annulet is low, the ratio of extinction is big, the factor of quality is high, it has excellent characteristics of filtering. It is easy to control resonator conditions of annulet by using electro-optic effect, realizes dynamic configuration of the output wavelength.

The invention provides an indicating method, a system and a device for enhancing downlink control channel resources. The indicating method for enhancing the downlink control channel resources includes that a network side sets an indicating enhanced-physical downlink control channel (E-PDCCH), a high layer signaling which carries configuration information of the indicating E-PDCCH is sent to user equipment (UE) which requires configuration of E-PDCCH resources, the network side configures corresponding E-PDCCH resources for the UE and sends the configuration information of the E-PDCCH resources which are configured for the UE through the indicating E-PDCCH, and the UE is informed of the configuration information of the E-PDCCH resources which correspond to the UE through the indicating E-PDCCH. By means of the indicating method, the system and the device for enhancing the downlink control channel resources, dynamic configuration of the E-PDCCH resources can be achieved under the condition that PDCCH resources are not occupied.

The invention discloses a share and back-up method for base band configuration resources in a WiMAX base system. The method comprises the steps of the share control of all base band physical layer processing boards (PPC) and configuration resource in an exchange interface board (CSIB) data configuration module in the system; detection of PPC working state; and dynamic configuration of the configuration resources according to the normal or abnormal working state of PPC. The method of the invention can realize share back-up of configuration resource and the dynamic configuration function; a remote radio unit (RRU) connected with a fault PPC can be connected to a PPC in normal work state and provided with a surplus processing interface so as to minimize the influence on terminal a terminal user data service in coverage area of RRU which breaks down because of PPC failure; when the base station is unattended and a failure occurs to the PPC, the base station has quick self-restorability.

The invention relates to the technical field of computers, in particular to a method and device for storing logs. The method includes the steps of as for a virtual server where the logs are to be stored, obtaining identification of the virtual server from internal storage of a device which the virtual server belongs to, allocating a log storage path for the virtual server according to the identification and log storage path parameters in a path allocation file in the device which the virtual server belongs to, and storing the logs of the virtual server according to the allocated log storage path. According to the method, dynamic allocation of the log storage path of the virtual server is achieved, and the log storage efficiency is improved.

The invention discloses a resource allocation method and related equipment so as to solve a resource management problem in a condition that a lot of wireless small stations exist and a scene is complex. The method comprises the steps that the wireless small stations determine a service cell which satisfies a preset access rule and access the service cell; the wireless small stations send communication related information to the service cell; the wireless small stations receive the configuration information sent by the service cell, and the configuration information at least comprises back process link information, and the wireless small stations carry out resource configuration according to the configuration information.

The embodiment of the invention provides a measurement interval configuration method and measurement interval configuration equipment. The configuration method comprises the following steps: determining first configuration configured for user equipment by a second network node; And configuring the measurement interval for the user equipment according to the first configuration, so that the first network node can coordinate and configure the measurement interval for the user equipment according to the first configuration of the second network node for the user equipment, thereby realizing thatthe first network node dynamically configures the measurement interval to adapt to the configuration of the flexible measurement interval.

The invention provides a method and a device for configuring a virtual network function. The method comprises steps: a network function configuration request sent by a network management system is received, wherein the network function configuration request contains a network function requirement of a service node; an NF instance file meeting the network function requirement of the service node is acquired from a network function (NF) instance library, wherein the NF instance library comprises an instance file for each service function based on each accelerating device; and according to the acquired NF instance file, network function configuration is carried out on the service node. Thus, network function configuration is carried out on the service node according to the network function requirement in the network function configuration request, the network function performance can be effectively improved, and dynamic configuration of accelerating resources for the network function is realized.

The invention relates to a method for detecting network bandwidth, comprising the following steps of: a, using a default bandwidth to download preset data volume from a speed-measuring website to obtain an initial bandwidth; b, applying the initial bandwidth to the control by a load balance module and a flow control module; c, obtaining a present bandwidth and a present maximum bandwidth according to data flow; d, computing an average value of the present bandwidth and the present maximum bandwidth and judging if the computed average value is used as the initial bandwidth to realize bandwidth resetting according to the variable quantity of the computed bandwidth and the present bandwidth; and e, circularly performing the steps from the step b at a set time interval in order to detect the bandwidth in real time. The method of the invention solves the problem that a client is not convenient to configure a router when external network bandwidth is in a dynamically changing environment and applies the detected bandwidth dynamically to flow control and load balance by automatically detecting the network bandwidth, thus drastically improving the accuracy of bandwidth detection and improves the flow control and load balance effect.

The invention discloses a handle controller applied to a virtual reality head-mounted device. The handle controller comprises a microcontroller, a first touch sensing zone and a touch driving chip, wherein the first touch sensing zone is connected to the microcontroller through the touch driving chip, and the touch driving chip sends a corresponding electric signal to the microcontroller when the first touch sensing zone is touched; the first touch sensing zone is arranged on one side face of the handle controller and is only touched by when a user operates the handle controller with the left hand or when the user operates the handle controller with the right hand. Before the handle controller is used, the user does not need to decide to touch with the left or right hand in advance. When the user holds the handle controller, the left and right hands of the user can be automatically sensed, dynamic configuration of a handle is achieved in a self-adaptive mode, the usability of the handle is improved, the error probability in the handle using process of the user is reduced, and user experience is improved.

The present invention discloses a multi-user transmit diversity method and a device; the present invention is used for solving the multi-antenna transmission time delay which can not be regulated in time according to the actual channel situation and further solving the problems that the channel estimation surpasses the effective range and multi-address interference caused by improper transmission time delay collocation; the method comprises that the channel impulse response effective window lengths of all users on every antenna are gathered; the transmission time delay of every antenna is confirmed based on the channel impulse response effective window length; and every antenna transmits the signal at the time corresponding to the transmission time delay of every antenna. The present invention realizes the dynamic collocation of multi-antenna transmission delay according to the actuation situation of the channel and avoids the problem of channel estimation surpassing the effective range and adding multi-address interference; moreover, the system function is promoted.

The present application discloses a method, device and system for configuring a MAC address of an FPGA accelerator card, an accelerator card and a computer-readable storage medium. The method comprisethe following steps: receiving a MAC address configuration instruction, wherein a target MAC address is included in the MAC address configuration instruction; and writing the target MAC address intoa preset memory space according to the MAC address configuration instruction, so that an FPGA accelerator card loads the target MAC address by reading the preset memory space. This application saves the MAC address to be configured to the preset memory space, the FPGA accelerator card which needs to configure a MAC address reads the preset memory space to realize that loading of the target MAC address, that is, the present application separates the configuration of the MAC address from the loading process, eliminates the need to rely on the accelerator card-related engineering in the configuration, ensures that the recompilation of the accelerator card engineering does not affect the configuration of the MAC address, realizes the dynamic configuration of the MAC address, and facilitates the reconfiguration of the MAC address.

The invention discloses a management method of spatial-temporal information cloud storage. The management method combines GIS platform source in a data center and infrastructure source at the bottom layer, and realizes GIS, unification, and cloud management of the infrastructure, and provides basic hardware service, basic network service, basic software deployment service, spatial cloud calculation support service, spatial cloud storage support service and the like for a spatial-temporal information cloud platform.

The embodiment of the present invention provides a train redundancy dynamic configuration method and a system. According to the method, a first backbone switch judges whether being located at the headstock / tailstock part of a train or not. When the judgment result of the first backbone switch is yes, the first backbone switch recognizes a second backbone switch connected with the first backbone switch via a subnet redundant line. The second backbone switch blocks off the second subnet redundant port thereof via a first subnet redundant port connected with the first backbone switch via a subnet redundant line. According to the embodiments of the invention, all backbone switches are connected via subnet redundant lines, and the subnet ports of the backbone switches respectively bypass the first subnet redundant port and the second subnet redundant port. Through blocking off one subnet redundant port of the backbone switches, the mutual backup of adjacent backbone switches is realized. Therefore, the redundancy dynamic configuration of the backbone switches is realized, so that the Ethernet reliability of trains is ensured. Meanwhile, the networking flexibility of trains is improved.

The invention discloses an asymmetric caching and forwarding module, a packet switching node composed thereof, and a network. According to the invention, a photoelectric hybrid packet switching node with the configurable bandwidth of a software defined port takes the design that the number (m*n) of receivers in the asymmetric caching and forwarding module is greater than the number k of transmitters as the basis, and employs the topological function of an optical switching matrix reconfiguration physical layer to achieve the dynamic configuration of the port bandwidth through combining with a control module and employing the SDN network configuration. According to the invention, the bandwidth of a port with the abundant bandwidth is used for supplementing the bandwidth of a congestion port, thereby improving the utilization rate of the total bandwidth of the switching node. According to the scheme of the invention, the operation that the photoelectric hybrid packet switching node receives the data messages transmitted by the remaining photoelectric hybrid packet switching nodes to a local node is not affected during the dynamic distribution of the port bandwidth, thereby achieving the optimization of network-level performances.

The utility model discloses a strategy management-based system architecture which is used for the communication system. The system architecture is characterized in that the strategy management device is connected with a strategy base, a network monitor and a terminal monitor via the network, so as to realize the strategy management; the strategy base is connected with the strategy management device via the network to store the strategy; the network monitor is connected with the strategy management device via the network to monitor the network information. Thus, the strategy management device can be triggered to distribute the appropriate strategy and the strategy implementation result can be returned to the strategy management device for updating or generating the strategy; the terminal end monitor is connected with the strategy management device via the network to monitor the termination message and trigger the strategy management device to distribute appropriate strategy and the strategy implementation result can be returned to the strategy management device for updating or generating the strategy.

The invention discloses a communication method for a multi-functional gateway supporting a TRDP protocol. The communication method comprises the steps that corresponding configuration modules are started according to network configuration information messages, and the configuration modules configure corresponding communication modules; a shared memory module is created, and a shared memory is created for each communication module in the shared memory module; write interfaces and read interfaces are created according to the communication modules; the source communication modules parse receivedvalid data through a protocol and then write the valid data into the shared memories through the write interfaces; and the destination communication modules read the valid data in the shared memoriesthrough the read interfaces. Different message information corresponds different configuration modules, and dynamic configuration of the communication modules can be achieved; and the source communication module can writes the valid data into the shared memory through the write interfaces, and the destination communication modules can read the valid data from the shared memories through the read interfaces, so that free conversion between different communication protocols is achieved.

The invention discloses an application configuration method and device based on an H5 page, equipment and a storage medium, and the method comprises the steps: displaying the H5 page corresponding to a page configuration instruction when the page configuration instruction is received; receiving page configuration information, input by a user, of the newly-added application, and reading application feature parameters contained in the page configuration information; obtaining corresponding resource attribute information and application index information of the newly added application from a resource system according to the application characteristic parameters; and filling the H5 page according to the page configuration information, the resource attribute information and the application index information to obtain a target application page. According to the method, the page configuration is performed on the newly-added application through the H5 page; the dynamic configuration of the application at any time and any place is realized, and in addition, the automatic filling configuration of the option with relatively fixed configuration item information in the application configuration option can be realized according to the information input by the user, so that the configuration process is greatly shortened, the configuration operation is simplified, and the configuration efficiency of the application is improved.

The embodiment of the invention relates to a neighbor list configuration method in the field of communication. The method comprises the following steps that: a micro base station acquires neighbor base station information and transmits the information to a network side; a receiving network side selects and transmits signed neighbor base station information; and the receiving network side selects a neighbor list configured at a neighbor base station from the acquired neighbor base station information according to the signed neighbor base station information. The embodiment of the invention also provides neighbor list configuration equipment. The micro base station of the embodiment of the invention can acquire the neighbor base station information and transmits the information to the network side, so that the network side can select the signed neighbor base station for the micro base station according to the signed relational information; and the micro base station selects the neighbor list configured at the neighbor base station from the acquired neighbor base station information according to the signed neighbor base station selected by the network side, so that the configuration accuracy of the neighbor list is effectively ensured while dynamic configuration of the neighbor list is realized.