83results about How to "Realize configurable" patented technology

The invention discloses a process monitoring method and a process monitoring system. The method comprises the following steps of: receiving a request for querying the list of monitored hosts from a client, acquiring the list of managed Windows and Linux hosts, and returning the list of the monitored hosts to the client; receiving information for polling a monitored host and the concerned process list of the host from the client, setting login information for logging in the host, and returning the concerned process list of the host to the client; and receiving information for querying the currently-running real-time process of the monitored host from the client, securely logging in the host based on SSH (Secure Shell) service, acquiring the list of all currently-running real-time processes of the host based on SNMP (Simple Network Management Protocol) service, filtering invalid process information according to the concerned process list of the host and a preset strategy, and outputting the acquired real-time process parameters to the client for exhibition. With the adoption of the process monitoring method and the process monitoring system, the cross-platform process monitoring can be achieved, and the cost for maintenance and development can be lowered.

The invention provides a method for dynamically configuring an index evaluation system. The method is characterized in that: a basic information table, a common library, a background application program unit and a scheduling program unit are provided. The method comprises the following steps of: 10, configuring an acquisition unit; 20, configuring an index unit, and self-defining an index calculation formula; 30, starting an acquisition program, acquiring acquisition data and storing the acquisition data in an acquisition table; 40, starting an index calculation program, realizing index calculation and storing index data in an index table; and 50, sending the index data to a customer. The method has the advantages that: the index evaluation system realizes the flexible configuration and calculation of an index, can define other indexes which are components of the index, supports self-definition of the calculation formula and the like, and solves the inflexibility of an index relation.The index evaluation system can be used by a user mastering skills; and as long as some pieces of basic data are set, the complete configuration of the user is realized by dragging and selection, andthe index evaluation system can be used after definition without participation of a developer, so that the development cost of the system is saved.

The invention discloses an intelligent electricity use data management method based on AMI and J2EE. The method comprises the following steps that according to different service requirements and configuration condition requirements of data to be collected, collection tasks are allocated; the collection tasks are executed, wherein collection instructions are automatically issued to a collection terminal or a measurement device according to the prepared collection tasks and the requirements, and various data of the collection terminal or the measurement device are obtained; the data are checked, wherein service rule checking, data completeness checking, data quality checking and checking about whether data results are correct or not are carried out on the collected data; the data are stored, wherein the data collected by the collection terminal or the measurement device are stored in a cache region and batch storage is carried out after the data reach a preset quantity. An intelligent electricity use data management system comprises a sensor, a serial server, a communication service circuit and the collection terminal. Under the condition that no hardware facility needs to be added, completeness of the data is achieved due to automatic or manual supplementary collection carried out through technological means.

The invention relates to a laboratory environment and equipment wireless monitoring and alarming system, belonging to the wireless monitoring field. The system comprises n wireless probes, one base station node, one PC and a prepared monitoring program therein, one GSM module and a user mobile phone, wherein, n is a positive integer; and the wireless probes establishes alletizin with the base station node through a short distance wireless communication protocol networking, the base station node is accessed into the PC by a serial port, the GSM module is accessed into the PC by a USB interface, and the PC is used for operating the monitoring program. The system can realize reconfigurability and availability of equipment by designing the wireless intelligent probes, realize convenient system layout by a short distance wireless communication technology, realize variety and realiablity of an alrming mode by the GSM module, and realize real-time property for updating wireless probe parameters by an online parameter table synchronization technology.

The invention relates to a method and a system for simulating multisystem synchronous numerical-control processing, and belongs to the field of simulating training of numerical-control processing. The method comprises the following steps of customizing a virtual processing environment by a virtual processing system by an operator, and customizing a real processing environment by a real processing system; selecting a numerical-control system panel through a multisystem control platform to carry out numerical-control programming and controlling, encoding a numerical-control instruction, sending to a simulation controller, and enabling the simulation controller to simulate and calculate; on one hand, sending movement parameters of a cutter to the virtual processing system to complete virtual processing; and on the other hand, sending a processing macro instruction to the real processing system, so as to control a machine tool to complete the practical processing of blanks or repairing pieces. The method and the system have the advantages that the design concept is advanced, the function is practical, the cost is low, the deployment is convenient, the system compatibility is good, the group training method is flexible and variable, the processing process is visual and accurate, the human-computer interaction is good, the operation reality of a user is high, the user experience can be obviously changed, and the like.

The present invention discloses a substation device maintenance simulation training system and method. The system comprises a system server, a network connection device and a student machine; the system server is connected with the network connection device through a data line, and the network connection device is connected with the student machine through the data line. Maintenance tasks and device defects are configured to realize automatic generation of the device maintenance virtual operation scene and a three-dimensional device model, realize training task configuration and add the training flexibility; a maintenance evaluation model is established to realize the comprehensive and objective checking of trainee about the application effect on a simulation training system so as to improve the training effectiveness; and a network cache mechanism is established to reduce the simulation training system operation delay so as to improve the training efficiency.

The invention provides an implementation mode of an extensible format-preserving encryption method, which comprises the following steps: firstly, judging the type of a field to be encrypted in a usersensitive information database, determining whether the field belongs to a common message space or not, and if so, according to a character set identifier of data, acquiring a specific character set in a common message space defined in the program in advance; and if not, expanding a new message space, and obtaining a newly-added character set; mapping plaintext character strings needing to be encrypted through the character sets obtained respectively, and encoding the plaintext character strings into plaintext numeric strings; encrypting to obtain a ciphertext numeric string; and finally, selecting a character set of the message space according to the character set identifier, and performing inverse mapping on the encrypted ciphertext numeric string to obtain ciphertext character strings with the same format, thereby finishing encryption. By defining and configuring the message space, the configurable and extensible FPE message space is realized, the new message space does not need tobe adapted by modifying a bottom layer code, and the practicability of the FPE encryption method is improved.

The present invention discloses a method for monitoring the network quality, which comprises the steps of: prearranging series-connection monitoring at the network node equipment, arranging the successor action enabling with a lost series-connection or avoiding and/or enabling or avoiding the series-connection of each level, and doing series-connection monitoring by the network equipment with the prearranged content. The present invention also discloses a device for monitoring the network quality, which includes the following component: a monitoring control module which is used to prearrange the series-connection monitoring, arranging the successor action enabling with a lost series-connection or avoiding, and/or, enabling or avoiding the series-connection of each level, and doing series-connection monitoring with the prearranged content. The invention can increase the accuracy of monitoring the network quality.

The invention discloses a dynamic configurable medical report generating method based on OCQL and openEHR. The method comprises the following steps of (1), adding a dimension grammar in the OCQL, andmodifying a logic expression grammar content; (2), compiling an index assembly by means of the OCQL after grammar modification, and analyzing the index assembly for generating an index logic model object; (3), constructing data warehouse information by means of an openEHR template and the index assembly, and generating a data warehouse; (4), constructing a report template, setting association between the report template and the index assembly, and configuring other basic attributes; (5), analyzing the configured report template in the step (4), and generating an SQL sentence for database operation by means of the index logic model object in the step (2) and the data warehouse information in the step (3); and (6), based on the data warehouse, executing the SQL sentence for obtaining reportdata, and finishing report representation according to the visual view. The method of the invention realizes dynamic configurable generation of the medical report and further reduces operation difficulty of medical management personnel.

Disclosed is a method for implementing antenna modularization, comprising: dividing components of an antenna, forming antenna modules by the divided components, and setting types of the antenna modules. Also disclosed are a device for implementing antenna modularization and antenna modules.

Provided in the invention is an embedded remote PLC data collection and early warning system comprising an information collection subsystem for collecting information of operating parameters and operating statuses of all PLC devices, a network communication subsystem for carrying out data transmission, instruction communication, and user authority information matching, and a system monitoring subsystem for controlling and managing all PLC devices and being responsible for remote monitoring of the operating status of the entire plant. The information acquisition subsystem includes a data acquisition module, a remote control module, and a collection information network middleware module. The network communication subsystem includes a permission management module and a data and control information transmission module. The network monitoring subsystem consists of monitoring center network middleware, a data visualization module and a user monitoring and management module. Therefore, the real-time data information of the PLC devices in the factory can be collected effectively and thus remote controlling is performed; and data analysis is carried out on the real-time data information topredict whether the PLC devices have faults.

The invention discloses a method and a system for assembling and filling a dynamic report formula. A computer belongs to the technical field of computers, The technical problem to be solved by the invention is how to dynamically form an inter-table formula and an in-table row formula for dynamically forming a report. According to the technical scheme, the dynamic report formula assembling and filling method comprises the following steps that S1, various configurations are conducted on a dynamic report, and manual report compiling is not needed, so that the working efficiency is greatly improved; S2, forming a cross-table formula; S3, organizing the line summation formula logic of the dynamic report; And S4, cross-table formula logic for organizing the dynamic report is formed. And (2) thedynamic report formula assembling and filling system comprises a data configuration module, a cross-table formula module, a row summation formula logic module and a cross-table formula logic module.

The invention discloses a satellite communication method and a corresponding satellite communication terminal. The satellite communication terminal comprises a hardware portion and a software portion;the hardware portion comprises a plurality of satellite antennas and software radio equipment, and the software portion comprises a baseband signal processing program; and the baseband signal processing program comprises a plurality of modules for performing baseband signals. According to the satellite communication method and the corresponding satellite communication terminal which are disclosedby the invention, a general satellite transceiver processing terminal which has a general hardware module and configurable software and hardware and can cut and be compatible with various modulationmodes can be realized.

The invention discloses a frequency synthesizer. The frequency synthesized comprises a first counter, a second counter, a controllable oscillator and a controller. The controller obtains a first time when the first counter completes N counts, calculates a target count value of the second counter in the first time according to a target frequency when outputs frequency signals, determines a target count interval of the second counter in the first time according to the target count value and then compares an actual count value completed by the second counter in the first time with the target count interval; according to the comparative result, the controller adjusts the output frequency of the controllable oscillator towards a direction close to the target frequency until the output frequency signals of the controllable oscillator reaches a target frequency meeting the precision requirements. The frequency synthesizer can reduce the requirements on loop stability and bandwidth and the design difficulties of internal modules and achieve the configurability of the precision of the output frequency signals.

The invention discloses a printing data generation method and device, equipment and a storage medium. The method comprises the steps that a client side acquires and identifies a graphic code, obtainsan application interface address and a unique identification code, reading an application interface corresponding to the application interface address and a printing template corresponding to the unique identification code from a server, displaying the printing template in the application interface, and enabling the client side to obtain printing information and generate printing data according tothe printing template and the printing information. The multiple printing templates are displayed in the client side, the printing data are generated through the selected printing templates, and a data basis is provided for one printer to achieve multiple printing services.

The invention discloses a multi-document display method of a routing mechanism based on Angular, which comprises the following steps of: S1, establishing a front-end framework based on a routing multiplexing strategy of Angular, and marking out an area for establishing a functional display board in a window of the front-end framework; S2, defining a dynamic component based on a dynamic rendering mechanism of the component, and realizing user-defined design of the functional display board; S3, splitting specific functions in the function display board by adopting an asynchronous module based ona function module splitting mechanism; s4, establishing routing interaction and parameter transmission between the function display board and the asynchronous module based on an interaction mechanismof the dynamic component and the asynchronous module. The front-end framework is built by adopting a routing multiplexing strategy, multi-tab associated routing snapshots are loaded and multiplexed through routing snapshot storage, restoration and life cycle management mechanisms, the traditional Iframe isolation loading efficiency is low, the interaction and data sharing mode is difficult, the interface loading efficiency is greatly improved, and the user interaction experience is improved.

The invention discloses a configurable protocol conversion system and method based on network-on-chip data acquisition. The system comprises a configurable protocol converter, an interface protocol configurator, a data preprocessing and transmission module and a router, the configurable protocol converter comprises a reconfigurable interface and an on-chip network interface controller. Based on the interface technology of the network-on-chip chip and the external sensor, the reconfigurable interface circuit meeting the access requirements of various types of analog/digital interface sensors and the controller of the reconfigurable interface circuit are designed, and on the basis, the interface protocol can be configured by using a serial port, so that the problem that the interface protocols of different sensors are different is effectively solved, an interface can be configured to control synchronous sampling of the sensor, and synchronous acquisition of data is realized. According to the method, the data acquisition system has the capability of being connected with sensors with different interface standards, so that the application range and the flexibility of the system are improved, and the requirement of synchronous acquisition of data acquisition is met.

The invention provides a distributed transaction processing method and system for multi-data sources. A transaction definition module conducts processing based on the standard of an SG-UAP extension module and in accordance with an OSGI framework, the definition of distributed transactions of different data sources is achieved for call and configuration by transaction developers, and thus the unification and configurability of development of distributed transactions are achieved; a transaction coordinator analyzes configuration files of the distributed transactions defined by the transaction definition module so that the unification and coordination of all the distributed transactions in a whole service system can be achieved, and transaction processing tasks of specified data sources are unified and coordinated and then distributed to different transaction managers; the transaction managers send the received distributed transactions to corresponding resource managers respectively; the resource managers conduct corresponding processing on the distributed transactions according to the configuration files of the received distributed transactions.

The invention relates to a processing method for providing configuration for test reports and test items in a relay protection test. At present, paper or word documents are adopted for managing test items and test data generally, digitization management and informatization management of the test items and the test data are not realized, and configurable properties to the test items and test data are not realized. The method provided by the invention comprises the steps of: firstly, building a test template for each equipment type, and then associating the equipment types with XML (Extensible Makeup Language) files in a test template; separating the test items in the test template by analyzing the XML files in the test template, connecting all test properties with the test items, and building many-to-many relationships for the test items and the test properties. According to the processing method disclosed by the invention, the test items and the test data can be digitally managed, and the configurable properties of the test reports and items are realized so as to configure the test template and the test items according to the test properties and standards.

The invention discloses a mobile communication terminal based on a ''Big Dipper'' satellite, which comprises an FPGA (field programmable gate array) chip XC5VLX50T, a voice coding and decoding chip AMBE2000 and a front-end element PCM3500, wherein the XC5VLX50T is respectively connected with the AMBE2000 and the PCM3500 through programmable interfaces, and controls the AMBE2000 through reset control signals, so that the XC5VLX50T starts first in the normal operation, then the XC5VLX50T controls the AMBE2000 to start in an appointed manner, and finally, the XC5VLX50T sends information contents to the AMBE2000 through the programmable interfaces, and controls the information contents of the PCM3500. In addition, the invention also provides an XC5VLX50T-AMBE2000 information interaction method in the satellite mobile communication terminal, so that the Big Dipper mobile communication terminal has the advantages of high voice quality and high real-time property.

The invention provides a configurable high-precision current source circuit. The circuit comprises a D/A converter, a first operational amplifier OP1, a second operational amplifier OP2, a switching transistor V1, a field effect transistor V2, a diode V3, a relay K1, a load resistor R1, a load resistor R2, a resistor R3 and a circuit R4. The first operational amplifier OP1 is connected to different load resistors through switching of the relay, the output current range is configurable, meanwhile, the second operational amplifier is set to supply power to a high-voltage single power supply, andthe load capacity of the current source circuit can be greatly improved. The method is high in output current precision, wide in range, good in circuit universality and high in expansibility, can bewidely applied to an airborne environment control system, and has important significance in improving the whole aircraft full electrification.