88results about How to "Improve configuration speed" patented technology

The invention discloses a configuration acquiring method, a zero configuration access point and a neighbor access point. The configuration acquiring method comprises the following steps of: A1, discovering neighbor APs (Access Points) through scanning by a first AP in a zero configuration state, sequentially selecting one neighbor AP from the neighbor APs, and reporting a first AP identifier to the selected neighbor AP so that the neighbor AP forwards the first AP identifier to an AC (Access Controller) related to the neighbor AP and the AC determines whether the first AP is permitted to be associated or not according to the first AP identifier; B1, when the first AP receives an association permitted indication which is forwarded from the neighbor AP and comes from the AC, establishing a CAPWAP (Control And Provisioning of Wireless Access Points) channel with the AC, and acquiring self configuration from the AC through the CAPWAP channel; and when the first AP receives an association refused indication sent from the neighbor AP, forwarding to the next neighbor AP; and returning to the step A1. The speed of the zero configuration AP for acquiring the configuration is increased by adopting the invention.

A survivability business dredging method based on interlayer message routing belongs to the technical field of communication network, and relates to an optical network business dredging technique and resource allocation method. The survivability business dredging method comprises the following steps: step1: constructing a virtual topological network according to a physical topological network structure; step 2: executing routing and resource allocation to each service in service aggregate in the virtual topological network; step 3: modularizing optical path; and step 4: allocating resource for physical chain in the physical topological network according to the optical path modularization result obtained in the step 3. According to the invention, at the state the connection state and service aggregate between the network node and the node is known, the routing is searched for service and resource is collocated based on the interlayer information. The usage of total resource in the physical network is reduced as possible. Furthermore the resource collocation speed is greatly increased. The invention is suitable for WDM optical network and is also suitable for two-layer and multi-layer network with different service granularities of the upper layer and the lower layer, for example: IP / MPLS over WDM network, two-layer SDH network, etc.

The invention relates to an allocation device, in particular to a lubricating oil allocation device for automobile part maintenance. The invention aims at provides a lubricating oil allocation device, which is full in allocation and high in allocation efficiency, for the automobile part maintenance. In order to achieve the aim, the invention provides the lubricating oil allocation device for the automobile part maintenance; the lubricating oil allocation device comprises a bottom plate, a left frame, a right frame, a top plate, a first support rod, a second support rod, an allocation frame, a discharge hole, an electronic control valve, a sliding rail, a moving block, a first spring, a guy wire, and the like, wherein the left end and the right end of the bottom plate are respectively and symmetrically connected with the left frame and the right frame in a welding way; the top plate is connected with the tops of the left frame and the right frame in a welding way. After the lubricating oil allocation device is used, the effects of full allocation and high allocation efficiency are achieved; due to the combination of rotation and side-to-side movement of mixing blades, the full allocation of lubricating oil is effectively realized.

The method comprises: according to the configuration data to be configured and all related module, generating data configuration message and the rollback instruction message; sending the data configuration message to its corresponding module; waiting the response message from each module; if receiving a response message of successfully configuring data from all modules, then the current data is successfully configured; otherwise, sending the rollback instruction to its corresponding module in order to restore each module to the state before configuration. The invention also reveals an apparatus thereof comprising: data configuration message generating module and data configuration scheduling module.

The invention discloses a method and a device for configuring parameters, which are used for increasing parameter configuration speed. The method includes the steps: generating a text file according to attributes of parameters to be configured; converting the text file into a class object file and configuring parameters to be configured in the class object file; and serializing the class object file with the configured parameters so as to obtain a configuration file.

The invention relates to the communication field and the embodiment of the invention discloses a preset guard ring distributed configuration protocol on the basis of partial diffusion type. The method of the invention comprises the following steps of: realizing rapid distribution of the guard ring information through spreading the configuration message in a gap-bridging link of the configuration guard ring; the flooding operation among the adjacent nodes on the guard ring; the method for maintaining the local resource information; the expanding of an OSPE-TE protocol based on a GMPLS system; a simulation platform based on an OPNET ASON Simulator; partial spreading configuration style and rings interconnection configuration style. The process that the configuration style makes use of the flooding of the range of nodes in the ring to inform the P ring of configuration resource information is characterized by being rapid and reliable; and in an actual network, the protocol can be actually used through making a little revise to the processing mode of the device. The configuration method is particularly applicable to a high-speed, high-connectivity mesh optical network, can increase the resource configuration speed of modern optical-fiber network and reduce maintenance cost. The advantages of the invention are more obvious in a network with stronger dynamical property.

The invention discloses a method for processing configuration information. The method of the invention comprises the steps that: a network side re-configures the configuration information distributed to a subscriber terminal according to the pre-obtained pre-configuration information of the subscriber terminal and then sends the configuration information after the re-configuration to the subscriber terminal by a configuration instruction. The invention also discloses a system for processing configuration information, network side equipment and the subscriber terminal. By utilizing the method of the invention, the network side can use a pre-configuration identifier to represent the same part in the configuration information and the pre-configuration information and also uses the re-configuration information to represent the different parts in the configuration information and the pre-configuration information when sending the configuration information to the subscriber terminal, which results in that the time for sending the configuration instruction to the subscriber terminal by a network system can be shortened and the configuration speed of wireless bearing can be quickened.

The invention relates to a PCIE-based FPGA updating system and method. The system comprises a CPU device, an EPLD device, an NOR Flash storage unit, an FPGA device and a JTAG downloading interface; the updating method comprises writing operation, reading operation and configuration operation; the CPU device adopts PCIE for performing communication, so that the data transmission speed is extremely high; and the FPGA configuration is finished by the EPLD device and is no longer started by depending on a CPU, so that the FPGA loading speed can be effectively increased. The method supports remote configuration; and when the scale is relatively large or a device deployment distance is relatively long, the working efficiency can be effectively improved and the labor cost can be reduced.

The invention discloses a Jmteter-based testing method and device, and belongs to the technical field of software testing. The method includes the steps: configuring a plurality of main controllers and a plurality of controlled machines and configuring Jmteter for the main controllers and the controlled machines by Agents configured in the main controllers and the controlled machines; receiving scripts to be tested uploaded by a client; uploading the scripts to be tested to the main controllers associated with node identifiers of the controlled machines to be tested and calling the Jmteter totest the scripts to be tested; returning testing results of the scripts to be tested to a file catalog for storing the testing results, storing the testing results according to identifiers of the scripts to be tested, and checking the testing results by the client. The scripts to be tested comprise identifiers of the scripts to be tested, the node identifiers of the controlled machines to be tested and the file catalog for storing the testing results. By the method, testing efficiency can be improved.

The invention relates to a RapidIO route configuration device and a RapidIO route configuration method based on a VPX system. The device comprises an upper computer and a VPX system, wherein a node in a RapidIO network of the VPX system serves as a RapidIO main node; the upper computer is used for building a corresponding RapidIO route model according to the network topological structure of the VPX system, and also used for traversing the whole RapidIO route model, computing an optimal path between any two RapidIO nodes in the model according to path weights, forming a route configuration table and transmitting the route configuration table to the RapidIO main node in the VPX system; and the RapidIO main node is used for performing route configuration on the whole RapidIO network of the VPX system according to the route configuration table.According to the device and the method provided by the invention, the upper computer is responsible for computing the route configuration table of the RapidIO network, and then configuration is performed by the RapidIO main node in the VPX system; compared with a traditional single-point configuration method, the method provided by the invention is significantly improved in configuration speed and configuration accuracy via cooperative configuration of the upper computer and the RapidIO main node.

The embodiment of the invention discloses a sound effect configuration method and a mobile terminal. The sound effect configuration method comprises the steps of loading sound effect parameters into a running memory of the mobile terminal; when a playing control command aiming at an audio stream of a target application is detected, judging whether the sound effect parameters loaded into the running memory include the sound effect parameter corresponding to the target application; if yes, reading the sound effect parameter corresponding to the target application from the running memory; and using the corresponding sound effect parameter to configure the audio stream of the target application. According to the method and the mobile terminal provided by the embodiment of the invention, improvement on the configuration speed of the sound effect parameter of the mobile terminal is facilitated, memory resource management is optimized, and user experience is improved.

This invention relates to a collocation method for field programmable gate array FPGA, which stores the collocation data of the FPGA in a general non-volatile storage and generates the address, slice selection and the output function of the storage via a general type of single-chip processor and the collocation control signal of the FPGA, the output data are input into the data port of the FPGA directly so as to realize the parallel collocation.

The invention discloses a configuration method and device of display units of a joined screen system. The display units are sequentially connected through looping-in cables, position information is transmitted through the looping-in cables, transcoding is carried out once every time when the position information is transmitted, and therefore the row number and line number of each display unit can be calculated according to a coding method, a looping-in mode and the position information of the display unit, and a corresponding relation can be established between the row numbers and line numbers and known IP addresses. Compared with a manual row number and line number determination mode, the method and device increase the configuration speed, improve the working efficiency of users and are especially suitable for the condition that the number of display units is large.

The embodiment of the invention provides an automatic configuration method and a system as well as a network node. The automatic configuration method comprises: the network node in a BVLAN (backbone virtual local area network) receives IS-IS (intermediate system to intermediate system routing protocol) messages sent by other network nodes in the BVLAN; and the network node confirms the priority of the network node in the BVLAN; the network node transmits unified configuration information in the BVLAN according to the priority of the network node, wherein the unified configuration information is information required to be configured on each network node in the BVLAN. According to the embodiment of the invention, the network nodes can be automatically configured so as to improve the speed and accuracy of configuration.

The invention provides an ONU (optical network unit) configuration sending method and an ONU configuration sending system based on multiple tasks, which is used for sending configuration of an ONU in an EPON (Ethernet Passive Optical Network) device. The method comprises the following steps: creating multiple tasks for sending configuration of the ONU; correlating the tasks to a plurality of specified PON (passive optical network) ports in the EPON device according to a serial number of each task; alternately detecting ONU attribute zone bits under all PON ports corresponding to each task by virtue of each task; sending the corresponding configuration information to the corresponding ONU by virtue of the task of the corresponding serial number. According to the method, a plurality of tasks for sending the configuration of the ONU are created, the tasks correspond to a plurality of specified PON ports in the EPON device, and thus the multiple tasks alternately detect the corresponding ONU attribute zone bits under all PON ports, and the ONU configuration is also sent, so that the ONU configuration speed and the ONU configuration efficiency can be greatly improved.

The invention discloses a virtual machine migration method, an SDN controller and a computer readable storage medium and belongs to the technical field of communication. The method comprises the following steps: the SDN controller sends an instruction for migrating a first virtual machine to a first server in an SDN network to enable the first server to migrate physical resource information of thefirst virtual machine to a second server; after the physical resource information of the first virtual machine is migrated to the second server, the SDN controller sends a migration completion instruction to a first switch and a second switch to enable the first switch to delete flow table items of the first virtual machine locally based on the instruction and enable the second switch to add theflow table items of the first virtual machine locally; and the SDN controller notifies equipment of the SDN network to update a network strategy. The method improves virtual machine migration networkconfiguration speed and indirectly improves virtual machine migration efficiency.

The invention relates to a terminal address allocation method, which comprises a host and a plurality of terminals, and is characterized in that the host comprises a unique ID number, and each terminal is provided with an interaction element; the method comprises the steps that 1, the host broadcasts an address setting command, wherein the address setting command comprises a new address configuredto a terminal; 2, a user selects one terminal from the terminals with the new addresses to be set, the user operates the interactive elements on the selected terminals to generate a signal to enablethe terminals to respond to the address setting command, the new addresses contained in the address setting command are stored as the new addresses of the terminals, and then the new addresses are responded to the host to be set, and the new addresses take effect; 3, the host is used for storing the new address and the terminal model allocated this time; and 4, every time address setting is completed, the serial number of the terminal is increased by one time, and the step 1 is returned to re-execute the address allocation step until all the terminals are allocated to new addresses. The methodhas the advantages of flexible address configuration, simple operation and the like.

The invention provides a method capable of accelerating configuration based on an FPGA (Field Programmable Gate Array). The method comprises the following steps: configuring configuration data of unused resources and configuring configuration data of resources which are actually used, so as to effectively shorten configuration time and reducing the capacity of a configuration code. The invention further provides a corresponding control system capable of accelerating the configuration based on the FPGA according to the method; the control system comprises a control module, a data displacement module and an address analysis module; and the control system can accelerate a configuration speed, a configuration data capacity is reduced and a storage space is saved.

The invention relates to a cloud configuration method for intelligent configuration of a seafloor observation network instrument. A virtual device stored at the cloud end is designed for each seabed observation instrument for realizing the one-to-one correspondence with actual instruments, all configuration information of the instrument is comprised, the automatic updating is carried out along with the actual instrument updating, the obtaining of the configuration information at any time can be realized according to a UUID (universally unique identifier), and meanwhile, the intelligent configuration is carried out on various host machines. When one new instrument is connected into a seafloor observation network, a management system automatically identifies the UUID, requests cloud puck from the cloud end according to the UUID, and automatically configures the instrument according to the information after the cloud puck is obtained. Compared with the artificial configuration, the cloud configuration method has the beneficial effects that a plurality of host machines can be automatically configured, higher intelligence can be realized, and in addition, the configuration speed, the expandability and the interoperability of the seafloor observation can be greatly improved.

The invention discloses a method for designing upper electric self-checking of a PC frame embedded system, which is formed by the following steps: (1) defining data structure by the data type and operation type of the Chipset and Super I / O initial information, formatting the initial information to initial data; (2) storing the initial data into the initial data form; (3) adopting dynamic allocation to each group of data form initial address of the initial data form area, arranging initial data vector list to store the inlet address of each group of data form; (4) arranging the corresponding initial subprogram by the initial information data structure.

The invention discloses a method for automatically configuring and generating an OTT platform EPG interface. The method comprises the following steps: a client initiates an http data request, a serverresponds to the http data request, and a background configures data necessary for the EPG interface, wherein the data are configured according to layers, after receiving the data, the client parses the data layer by layer and fills the data layer by layer to generate a view, recovery is performed by a memory in a data parsing and view generation process to perform optimized operation, and the client comprises a background modeling module, a data parsing and filling module and a memory recycling module. According to the method, the most complex function is achieved in the simplest way, and better and more experience is brought to users by dynamic configuration. The immature fixed EPG homepage is discarded, and we hope to achieve a very high level of realization, simplicity and simplicity without losing the technical level.

The invention relates to a self-service query system based on online analysis and processing, the system is of B / S architecture, the system comprises a user terminal, a front-end server, a database server and a database, the user terminal accesses the front-end server for query through a Web browser, and the front-end server is in communication connection with the database server; The database server is provided with an online analysis and processing OLAP program module, and the OLAP program module is used for establishing a multi-dimensional data cube for the database table to obtain a data source table; The front-end server is provided with an interface program module, and the front-end server calls data of the database server through the interface program module to inquire the data.

Embodiments of the present application provide a network connection method and apparatus, and a readable storage medium. The method comprises: first, a user terminal searches for intelligent devices near to the user terminal, and displays the searched intelligent devices on the user terminal; next, allocate the searched intelligent devices to a preset group; finally, set the intelligent devices inthe group; establish a wireless communication connection with the intelligent devices in the group. According to the method, the searched intelligent devices are grouped, and the user terminal can implement network connection between all the intelligent devices in the group and the user terminal only by connecting to one intelligent device in groups, and does not need to communicatively connect to newly added intelligent devices one by one, which improves the configuration speed of establishing a network connection between the newly added intelligent devices and the user terminal, simplifiesthe configuration process, and improves the user experience.

The invention relates to a configurable and high-speed FPGA configuration circuit based on an SELECTMAP and an implementation method. The configuration circuit comprises a high-speed AMBA AHB interface module which is used for sampling signals on an AHB bus and returning corresponding control signals and data signals; the register configuration module comprises a plurality of configuration and state registers and is used for configuring various functions of the main controller and registering numerical values of corresponding states, so that the circuit can be suitable for various different application scenarios; the cache module is used for caching the configuration data input from the AHB system, so that the SELECTMAP interface and the AHB system can perform asynchronous operation, and the flexibility and the stability of the configuration circuit are improved; and the main control module is used for generating data meeting the SELECTMAP time sequence requirement, reading the data inthe cache module, performing shift output, and generating a CCLK signal according to the corresponding data signal, thereby realizing discontinuous transmission of the configuration data, saving a chip pin and improving the reliability of the configuration circuit.

The invention discloses a novel reverse osmosis membrane on-line full-automatic forward and back flushing device. The flushing device comprises a solution tank and a flushing chamber, a motor is arranged at the bottom of the solution tank, a heater is fixedly arranged above the stirring paddle propeller in the solution tank, the right side of the bottom of the solution tank is provided with a liquid supply pipe, a flushing master valve, a cleaning pump, a precise filter and a gas dissolving tank are sequentially arranged on the liquid supply pipe from left to right, the right side of the upper part of the solution tank is provided with a forward flushing concentrated water return pipe, a back flushing concentrated water return pipe is arranged on the solution tank below the forward flushing concentrated water return pipe, the right ends of the forward flushing concentrated water return pipe, the back flushing concentrated water return pipe and the liquid supply pipe are connected with the flushing chamber, and the forward flushing concentrated water return pipe, the back flushing concentrated water return pipe and the liquid supply pipe communicate with the flushing chamber through a four-way connector. The novel reverse osmosis membrane on-line full-automatic forward and back flushing device has the advantages of being reasonable in structural design, reliable in use and the like, and can be widely popularized and used.

The invention discloses a method for configuring the static IP address of an IPMI of a server, and belongs to the technical field of cloud computing. The method comprises the following steps that S1)a memory system is made; S2) an Excel configuration file is used to arrange server information and plan server IP address information; S3) a service end is disposed; S4) the service end is configuredwith HTTP and PXE services; S5) a new server which needs IPMI address configuration is connected to PXE network and IPMI network; S6) the new server which needs IPMI address configuration is started;and S7) the service end executes verification scripts. The method can be used to configure the static IP address of the IPMI of the server rapidly and accurately, and is worthy of popularization.

The invention discloses a mobile terminal based audio parameter configuration method and system as well as a mobile terminal. The mobile terminal based audio parameter configuration method comprises the following steps: complete set of audio parameters under each audio mode and different audio parameters required to be reloaded during switching of different audio modes are stored in the mobile terminal in advance; when the condition that an audio mode of the mobile terminal is changed is detected, different audio parameters required to be reloaded during switching of different audio modes before change and after change are searched according to the audio modes before change and after change, and the different audio parameters are loaded in audio hardware. The written audio parameters are far fewer than those in the prior art, so that the service life of the audio hardware can be prolonged, the audio parameter writing time can be prolonged greatly, the configuration efficiency is increased, and convenience is provided for a user.

The invention discloses an efficient grinding fluid preparation device for maintenance of electrical and mechanical equipment, and belongs to the technical field of grinding fluid preparation devices.The efficient grinding fluid preparation device for maintenance of the electrical and mechanical equipment comprises a base and a stirring box, wherein one side of the base is fixedly connected witha vertical plate; a first motor is fixedly connected to one side, close to the stirring box, of the vertical plate, a first rotating shaft is fixedly connected to the output end of the first motor, amounting bracket is rotatably connected to the first rotating shaft, and a crank is rotatably connected to one end, away from the first motor, of the first rotating shaft. By arrangement of the crank,a connecting rod and a moving rod, the stirring box can be moved left and right, and raw materials can be fully stirred by a cam rotating device, a pressing plate and a second rotating shaft, so thatthe device can stir the raw materials with high efficiency, and the preparation speed is increased; and meanwhile, universal wheels and a first handle are also arranged, and a user can conveniently move the device.