54results about How to "Efficient call" patented technology

A method of sharing information between computerized systems in an organization, including, collecting information from multiple computerized systems used by an organization, analyzing the collected information to derive new information based on the collected information, feeding the new information to more than one of the multiple computerized systems, utilizing the new information to affect the function of the computerized system to which it was fed, wherein the collecting and the feeding is performed on more than one type of computer based management systems.

The invention discloses a multi-sensor fusion road extraction and indexing method based on global and local grid maps. Data storage and preprocessing are carried out by adopting global and local gridmaps; the real-time position and posture of an unmanned vehicle are obtained through a differential positioning system. High-precision road boundaries lane lines and road sign positions are obtainedthrough laser radar point cloud related data stored in the grid map and projected into the monocular vision image, the lane line type is judged based on a deep learning method, road sign semantic information is recognized, and therefore a high-precision road map with semantic information is obtained. Efficient storage and indexing are realized in a mode of establishing multiple global sections androad sets.

A language-based model to support asynchronous operations set forth in a synchronous syntax is provided. The asynchronous operations are transformed in a compiler into an asynchronous pattern, such as an APM-based pattern (or asynchronous programming model based pattern). The ability to compose asynchronous operations comes from the ability to efficiently call asynchronous methods from other asynchronous methods, pause them and later resume them, and effectively implementing a single-linked stack. One example includes support for ordered and unordered compositions of asynchronous operations. In an ordered composition, each asynchronous operation is started and finished before another operation in the composition is started. In an unordered composition, each asynchronous operation is started and completed independently of the operations in the unordered composition.

The invention provides a micro-service calling method based on a block chain. The method comprises the following steps: receiving a service calling request sent by a micro-service calling party; querying the service registration information of the micro-service in the block chain network according to the service calling request, and taking the queried micro-service as a potential calling micro-service, wherein the service registration information of the micro service is pre-stored on a block chain node in the block chain network; and obtaining the historical calling amount of each potential calling micro-service, and calling the potential calling micro-service according to the historical calling amount of each potential calling micro-service. According to the invention, cross-terminal resource scheduling is realized, and the unified management capability of various resources is enhanced.

A custom navigation system is composed of a customer navigation terminal to be carried by a customer entering a facility having a memory function of information relating to the customer and a communication function with outside, a customer guide server installed at a particular point in the facility and, when the customer navigation terminal has come near, communicates with the terminal to perform a navigation of the customer. The customer navigation terminal has a nickname memory for storing a nickname of the customer, and the customer guide server has a caller for calling the nickname stored in the nickname memory and a voice synthesizer for synthesizing the called nickname as a voice.

The invention provides an electric power overhauling system and method. The system comprises a fault information collection module, a fault information processing module, a fault information responsemodule and a master control platform; the fault information collection module is used for collecting fault information in real time; the fault information processing module is used for positioning a fault location and diagnosing a fault electric power element; the fault information response module is used for distributing an overhauling tool according to fault judgment information, and obtaining an overhauling tool and a spare parts list; the master control platform obtains corresponding fault tendency prediction information by adopting a preset fault tendency prediction rule according to thereceived fault information, fault judgment information, overhauling tool and the spare parts list, judging a risk level of the fault according to the fault tendency prediction information, and performing the backup overhauling personnel and the overhauling tool preparation according to the fault risk level, and realizing the accurate carrying of the overhauling tool and the spare parts and the accurate allocation, thereby improving the electric power overhauling efficiency and greatly shortening the fault time of the electric power system.

The invention discloses an automatic dialing method and an automatic dialing device.An embodiment of the method includes: recognizing finger route information from a route of a finger acting on a touch screen of an intelligent terminal; searching a preset phone number corresponding to the recognized finger route information; when the intelligent terminal is not in a screen off state and a foreground running application of the intelligent terminal at a current time is included in a dialing allowed application list or not included in a dialing prohibited application list, dialing the searched phone number.By the automatic dialing method and the automatic dialing device, quickness and high efficiency in dialing are realized.

The invention relates to a service management method and system of an enterprise bus platform, and belongs to the service management field of the enterprise bus platform. Various indexes of the service can be conveniently analyzed and counted, various controls on the service are reinforced, and the service abnormal processing efficiency is improved. A service provider sets a namespace of an inputtarget and a namespace of an output target according to the abbreviation of a service corresponding business system, sets service English name, service Chinese name, service ID and service resource identifier, sets input-output parameter of the service, the input-output data, the namespace of the input-output target and an attribute of the element, and sets interaction ways of the service, the interaction ways comprise a both-way interaction mode and a one-way interaction mode; the enterprise bus platform analyzes and counts the service according to the namespace of the service, the name sign,the message format and the interaction way. The control on the service is reinforced, and the service abnormal processing efficiency is improved.

The present specification provides a method, apparatus, server, and data processing method for determining a timeout period. The method for determining the timeout length comprises the following steps: obtaining the tolerant failure rate of the target system and the probability distribution of the call time consumption, wherein, the probability distribution of the call time consumption is obtainedby data fitting of the call time consumption length of the server call thread in the target system in a preset time period; determining a target time elapsed according to the tolerance failure rate and the probability distribution of the call time elapsed; a timeout time of a server in that target system being determined accord to the time consuming time of the target. In the embodiment of the present specification, the invocation time consuming probability distribution is obtained by fitting the invocation time consuming length of the server invocation thread in the preset time period in advance, and the timeout length is determined according to the probability distribution and the tolerant failure rate, so as to make thread invocation, thereby improving the accuracy and efficiency of determining the timeout length.

The invention discloses a converter, and a method and a device for distributing electric energy for the converter, and an electric energy distribution system. The method is adopted for distributing the energy of a power supply end to a plurality of loads; the method comprises the following steps that the distribution coefficient of the energy consumption of each load is obtained according to the load quantity and the rated energy consumption demand; the callable energy range of the loads is obtained; and the energy consumption of each load is distributed according to the callable energy rangeand the distribution coefficient. The distribution coefficient of the energy consumption of each load, namely the proportion of the total energy supply needed by the load, is determined according to the number of the loads and the energy consumption requirements of the loads; the energy consumption of each load can be reasonably distributed according to the energy distribution coefficient and thecallable energy range of each load, namely the floating range of the energy consumption of the load, and then the utilization rate of energy can be improved. Effective scheduling of the electricity utilization system with multiple loads is guaranteed. The energy consumption of the loads is controllable, and fine management and efficient utilization of system energy are realized.

The invention discloses an intra-network video buffering method based on a combined buffering architecture. The technical solution for realizing the method includes the following steps: in a network which uses a combined buffering architecture, preserving a total buffering space with a part having a proportion of [alpha] to buffer the most popular video, and using the rest of the space to ensure that all videos buffer in the network; and after the completion of the video buffering, on the basis of dynamic changes of a video request mode and link state information, finding the best video source node for a video request party. According to the invention, the method effectively addresses the problem of intra-network video buffering, can ensure reliable and efficient saving and invoking of video data in a mobile network, saves system broadband, and efficiently lower network time delay cost.

The present specification provides a data processing method, an apparatus, and an user terminal. The data processing method comprises the following steps: obtaining a target picture, wherein, the target picture contains the appearance characteristic information of the target object; identifying a target object in the target picture according to appearance characteristic information of the target object; according to the association relationship between the preset object and the service, matching to obtain the target service associated with the target object; triggering the target service. In an embodiment of the present specification, by obtaining a target picture that contains the target object, based on the preset relationship between the object and the business, based on the identifiedtarget object in the target picture, the target service associated with the target object can be directly triggered without searching the target service to be triggered step by step, so that the usercan intuitively, conveniently and efficiently invoke the target service to be invoked, thereby reducing the operation difficulty of the user and improving the user experience.

The invention discloses a heat load forecasting method and a device. The method comprises the following steps: a plurality of forecasting states and corresponding error thresholds are set to form a forecasting model; the prediction model predicts the first heat load level corresponding to the target steam user when the boiler steam is used in a plurality of test periods; a relative prediction error corresponding to each test period is determined according to each first thermal load level; a state transition probability matrix is formed according to each relative prediction error, and the state probabilities of each future time period with respect to each predicted state are determined according to the state transition probability matrix. The prediction model predicts the second heat loadlevel corresponding to each future time period; for each future time period, the corresponding heat load interval is determined according to the corresponding second heat load level, the state probability with respect to the various predicted states and the error threshold corresponding to the various predicted states, respectively. Through the technical proposal of the invention, the boiler steamcan be conveniently dispatched more efficiently in the follow-up.

The invention discloses an external resource library calling method and system. The method comprises the following steps of: aiming at a selected target directory, creating a first xml file, and creating a corresponding node in the first xml file after traversing all the files under the target directory; automatically importing the first xml file into Process Design software so as to generate a resource library which records an external resource quotation relationship; and projecting a selected resource tree so as to automatically call an external resource corresponding to the resource node. The method and system have the advantages of realizing the aim of automatically calling external resources, having less data size, carrying out automatic import at high speed, being high in working efficiency, realizing rapid and efficient external resource calling, and being widely applied to secondary development of Process Design software.

The embodiment of the invention provides a data processing method and device, equipment and a storage medium, and the method comprises the steps: analyzing a data query request, and determining a data table identifier contained in the data query request; determining a micro-service interface corresponding to the data table identifier according to a mapping relationship between the data table and the micro-service interface; adding data returned by calling the micro-service interface into a data table corresponding to the data table identifier; and querying data from the data table according to the data query request. According to the technical scheme of the embodiment of the invention, the data can be flexibly and efficiently acquired according to the requirements of the data report, and the requirements of a large number of emergency reports can be met.

The invention discloses a partition metering leakage monitoring management system based on Internet of Things and machine learning, which comprises a PC end system, a mobile phone end system and a background module, and is characterized in that the mobile phone end system is in communication connection with the PC end system and the background module. According to the invention, through partition establishment, remote transmission data collection and intelligent alarm in the system, the leakage sensing and positioning time can be greatly shortened, and quick discovery and quick disposal are realized. The leakage is effectively reduced, the rebound of the leakage can be prevented, and the continuous reduction of the leakage rate of the pipe network is facilitated. And through an intelligent decision analysis function of the system, comprehensive evaluation is carried out on partition leakage and running conditions according to multiple indexes of the partition. The system provides a convenient and easy-to-use operation interface, and the operation process is simplified; in the aspects of data analysis and management, the system comprehensively evaluates partition stock leakage evaluation, leakage alarm and processing through intelligent decision analysis data, and generates a corresponding summary report as required.

A public service system under mass data includes eight modules of geographic information, video synthesis, data management, component operation and maintenance, unified access, full-text retrieval, multi-language and data bus modules. The public service system provided by the invention integrates universal public service components, provides comprehensive, deep and efficient public services for an upper-layer application, and effectively guarantees effectiveness, pertinence and convenience of utilization of bottom layer mass data by the upper-layer application.

The invention relates to a pantograph structure abnormity dynamic video monitoring method and device. The method comprises the following steps: S1, obtaining a training set monitoring video, extracting pantograph pictures, recognizing a pantograph and a pantograph support, and marking each pantograph picture according to the recognized pantograph and pantograph support; S2, taking the marked pantograph picture as training set data, and establishing and training an SSD target detection model; and S3, collecting a pantograph monitoring video, extracting a pantograph picture based on the collected pantograph monitoring video, and inputting the obtained pantograph picture into the trained SSD target detection model to obtain a detection result. Compared with the prior art, the generalization and stability of detection are improved.

The invention discloses a calling system and a method thereof, which can acquire the status of the called user, search the called terminal corresponding to the status of the called user, so as to automatically and effectively call the searched available called user terminal, thus obviously and effectively improving success rate of calling and remarkably improving customer satisfaction index.

The invention discloses a Sichuan dish industrial production process quality control method, and belongs to the technical field of food production process quality control, and the method comprises the following steps: constructing a Sichuan dish industrial production database; setting an inventory management client in each warehouse; the inventory management client inputs raw material food material and auxiliary material food material warehousing information; constructing a Sichuan cuisine production process quality control system; industrial production of Sichuan cuisine is started; the work server outputs the Sichuan dish industrial production information to the main control server; the main control server receives and processes the Sichuan dish industrial production signal, generates a production control signal and outputs the production control signal to the storage server; the storage server obtains a production control signal; the required raw material food materials and the required auxiliary material food materials are delivered out of the warehouse; sichuan cuisine is processed in a Sichuan cuisine production field According to the method, all links of Sichuan cuisine production are associated and can be traced, and the reaction speed of the Sichuan cuisine industrial production database is higher.

The telephone includes keyboard and control circuit, and the control circuit includes microprocessor and intelligent dialing module. An intelligent dialing key used for starting the intelligent dialing module is setup at keyboard. The intelligent dialing method includes following functions and steps: when a intelligent dialing key is pressed, the intelligent dialing state is entered; when output telephone number of terminal telephone of outer network is scanned, a combination number including an access code needed of calling outer network from inner network is created; when the dialing key is pressed, the combination number is dialed out. The method uses intelligent dialing key to replace inputting the access code of calling outer network from inner network. Moreover, the method combines with telephone book and one key dialing functions, making registered phone sets in inner network call terminal telephone of outer network in high efficiency.

The invention discloses a data processing method and a related product. The method comprises the steps of obtaining a target identifier of a calculation model of a to-be-processed data stream; determining a target pointer of a class object of the calculation model of the to-be-processed data stream according to a mapping relationship between an identifier of a data stream calculation model and a pointer of the class object of the data stream calculation model and the target identifier; wherein the class object of the data flow calculation model is used for storing data information of the dataflow calculation model; and calling the content in the class object of the calculation model of the to-be-processed data stream through the target pointer to perform calculation processing to obtain the value of the to-be-processed data stream. By adopting the scheme, the calculation model can be efficiently retrieved and called to calculate the data flow value, and the calculation efficiency of the data flow value in the automobile fault diagnosis process is improved.

The invention relates to a data processing method and device for calling virtual resources and a server. In one embodiment, the method comprises receiving a calling request of a target virtual resource; according to the calling request, searching an issuing record table storing issuing records of the virtual resources; if the target issuing record is searched out, obtaining an execution state of a corresponding task; and correspondingly executing a preset operation of the calling request according to the execution state. According to the embodiment of the invention, an existing method of obtaining the virtual resources through a conventional redis data cache / storage mode and a Zset data structure is changed, more efficient and reliable virtual resource calling and issuing are realized through the issuing record table of the virtual resource issuing records, idempotence of virtual resource issuing is realized more simply, efficiently and reliably, and system processing performance is provided.

The invention discloses a hybrid application construction method, which is suitable for being executed in computing equipment to construct a target hybrid application, the target hybrid application comprises a native application end and a network page, and the method comprises the following steps: determining one or more target plug-ins required by the target hybrid application, and instantiating each target plug-in; generating an access interface corresponding to each target plug-in, so as to call the corresponding target plug-in based on the access interface; injecting an access interface corresponding to each target plug-in into a view control of the main window; and loading a web page through the view control so that an access interface corresponding to the target plug-in can be called on the web page, and the web page is suitable for transmitting target plug-in information to the native application end through a network channel so that the native application end can call the corresponding target plug-in based on the target plug-in information, and the execution result of the target plug-in is returned to the network page. The invention also discloses a corresponding hybrid application construction device and computing equipment.

According to the HDFS API calling method and device, the equipment, and the storage medium, the server receives the file reading request sent by the client through multiple threads, the interface docking module is used for docking the HDFS API to obtain the target file identifier and send the target file identifier to the client, support is provided for a distributed and high-concurrency scene, and efficient calling of the HDFS API in the high-concurrency environment is achieved; a data reading request which is sent by a client and carries a preset deviation value, a preset data block size and a target file identifier is received; part of data of the target file is obtained according to the data reading request; a corresponding memory sharing buffer area is distributed for storage; the stored part of data is sent to the client according to a queuing sequence; and the data reading request sent by the client is received again until the file reading completion indication sent by the client is received, so that asynchronous transmission of the large file is optimized on the basis of efficient calling of the HDFS API, and the data transmission efficiency is improved.

The invention provides a medical precise calling system. The medical precise calling system comprises at least one calling trigger device, multiple name tag terminals, and a name tag controller; at least one calling trigger device is used for triggering a first calling instruction; the name tag controller sends the first calling instruction triggered by the calling trigger device to the first namegas terminal corresponding to the first calling instruction; the first name tag terminal sends a calling hint in response to the first calling instruction. The artificial conveying process in the calling process of the medical precise calling system is saved, the patient can efficiently call the charge nurse, the omission condition is avoided, and the calling of the patient and the processing response of the nurse have the data retention.

The invention provides an API debugging system and method, a storage medium and computer equipment. The debugging system comprises a front-end device for executing the following operations through a front-end service: providing a page for obtaining configuration information of an API to a user, generating a request message according to the obtained configuration information, and sending the request message to a back-end server; and a back-end server which executes the following operations through a back-end service: receiving the request message, generating a standard request according to therequest message and an S3 protocol, sending the standard request to an object storage system, and sending feedback of the standard request received from the object storage system to the front-end equipment. According to the inveniton, simple and flexible API configuration can be realized, the efficiency of accessing / calling the object storage interface by a user is improved, and rapid API debugging is realized.

The invention relates to an efficient video call system and method which aim to overcome the defects that because a user needs to input verification information to log into call software, a video call system in the prior art is tedious in operation and low in efficiency. According to the technical scheme, the video call method includes the steps that first, fingerprints of the user are collected; second, the collected fingerprints of the user are compared with prestored fingerprints, and an identity identification signal is sent when the fingerprints of the user are consistent with the prestored fingerprints; third, a system receives the identity identification signal and controls the call software with the identity identification signal. According to the video call system and method, the identity of the user is identified after fingerprint identification, then, the user identity identification signal is sent to a video call device, the call software automatically loads an address list, call records and short message records of the user and a call operation interface customized by the user, and therefore the video call system and method are convenient and easy to realize, and capable of achieving efficient calls; the video call system and method are suitable for video calls.

The invention provides a medical precise calling system based on base station communication. The medical precise calling system comprises a calling triggering device, a plurality of nurse terminals and a nurse terminal controller, wherein the call triggering device is used for triggering a first call request; the nurse terminal controller sends the first call request triggered by the call triggering device to a nurse terminal corresponding to the first call request; and the nurse terminal sends a call prompt in response to the first call request. According to the medical precise calling system, the manual transferring process is omitted in the calling process, so that a patient can efficiently call a responsible nurse, omission is avoided, and data are reserved for calling of the patient and processing response of the nurse.