149results about How to "Implement dynamic loading" patented technology

The invention discloses a device and a method for compression storing data and searching rapidly. At present, processing prefix search to dictionary uses Trie tree (character tree) generally, a character is stored in each node of the character tree which causes great waste of space. The character Trie tree is improved to character series Trie tree that reduces space waste efficiently. The node content in the character series Trie tree is compression processed in a system that has strict memory requirement, and a compression arithmetic is given. The invention can be used in a mobile store device with strict memory space requirement and can embodiment excellent of the method in condition of mass dictionary data. In addition, the device can be used for Suggest function of a search interface of the present internet, existing examination and (KEY, VALUE) type inquire function.

The invention relates to a componential realizing method for a communication protocol. It defines the uniform interface standard, determines the componential mode, component developing platform, submits the component bank storage, improves the operation system and acquires the running supports. It has advantage to realize the reasonable package to the communication protocol, optimizes the reasonable call to the service realized by the protocol, and maintains excellent backwards compatibility. The componential communication protocol realizes the dynamic load of protocol, supports the repeatability and height configurability of the component, it has a short developing period, excellent transplantation. It is convenient to the assembly of protocol. It replaces the different protocol components through loading, provides each kind of network service function, service quality, especially suitable for the spot which is strict with the real-time, error tolerance and continuity.

The invention discloses an organizational structure data processing method and device, computer equipment and a storage medium. The method comprises the following steps: if an organization structure display request sent by a client is received, obtaining identification information and a request level of a user; Obtaining an authority range of the user from an authority database according to the identification information; Obtaining organization nodes corresponding to the same level between the permission level and the request level from organization nodes contained in a pre-stored organizationarchitecture graph, and generating a display architecture graph according to the obtained organization nodes; Sending the display architecture diagram to the client; If a display request of the target node sent by the client is received, obtaining organization data bound with the target node, and screening out target data corresponding to the permission data type from the obtained organization data; And sending the target data to the client. According to the technical scheme provided by the invention, the security of the organizational structure data is improved, dynamic loading according todisplay requirements is realized, and the loading efficiency is improved.

The present invention provides a log collection method and device and a log service system, relating to the technical field of networks. The problem of introduction conflict caused by the introduction of a third-party component in the existing log collection process is solved. The method provided by the embodiment of the invention comprises a step of loading the class file of a java application, a step of judging whether the class file is in the monitoring range of log collection, a step of obtaining all class methods of the class file if the class file is in the monitoring range of log collection, and determining whether all class methods have a class method with the need of log collection, a step of implanting a log collection code in the class method with the need of log collection to form a new class file if the all class methods have a class method with the need of log collection, and a step of loading the new class file to carry out log collection.

This invention provides a dynamic loading method for programs used in dynamically loading applied programs to a target system of DSP, which includes an exterior non-volatile ROM, an exterior SDRAM and a slice RAM, and the method includes: processing images of an applied program according to an applied program to be executed and resuming information corresponding to the generated applied program image, then solidifying the resuming information and a lead program to the ROM, connecting the DSP to a PC to execute the lead program in the ROM after the system is turned on to communicate with the PC and loading the image on the SDRAM, then copying the image of the applied program to related positions of the RAM and the SDRAM and resetting the DSP to an operation environment of the applied program to carry out the applied program.

The invention provides a malicious code analysis method and system under a Linux platform. According to the method and the system provided by the invention, dynamic loading can be realized by using an LKM (Loadable Kernel Module) technology, a position of intercepting system call is positioned between a VFS (Virtual File system) layer and a detailed file system so as to acquire more information related to file operation and provide more accurate and useful monitoring information. The system call can be intercepted without the need of correcting a system call table, so that the potential safety hazards brought by the traditional method of correcting the system call table are avoided; a shared memory mechanism is adopted to increase the communication speed of a kernel module and a user progress, and the data volume of communication transmission; key files and progresses needing to be monitored are selected by a user so as to improve the usability, the flexibility and the high efficiency of the system, and the demands of the user on malicious code analysis are well met; the selected malicious code progresses and a plurality of important key files are monitored so as to avoid great performance loss of the system and improve the operation speed of the analysis system.

The invention relates to a steering test bench of an electrical-closed tracked vehicle transmission device, which consists of three alternating current variable-frequency motors, three variable-frequency devices, three rotational speed and torque sensors, two multi-gear transmission boxes and a measurement and control system. The steering test bench is characterized in that: the three alternatingcurrent variable-frequency motors can realize four-quadrant work and realize the performance requirements on change of power flow direction of an inner track during the steering process of a tracked vehicle; the test bench is fully electrical-closed, and power absorbed by a loading motor can be used for a driving motor, thereby greatly reducing energy loss; the steering test bench can eliminate the impacts of self-inertia torque of a loading device and improving the loading precision; and the driving motor can simulate the working rotational speed property of an engine, and the loading motor can simulate the loading property of a road surface, so that the test bench can simulate the actual working condition of the tracked vehicle transmission device.

The invention relates to a piezoelectric driving type low-temperature in-situ high-frequency reciprocating fretting friction and wear test platform and belongs to the field of precision in-situ testing. A test pressure loading unit is powered by a precision servo motor. A two-stage worm gear reduction mechanism is cooperated with a screw nut pair so as to perform precise pressure loading. A high-frequency reciprocating unit is arranged on the lower side, an advanced piezoelectric ceramic drive technology is adopted, and an independently designed flexible hinge is cooperated to output high-frequency fretting displacement; a low-temperature precision clamping unit is accurately clamped by upper and lower fixtures and is low-temperature loaded by a liquid nitrogen pipe in the lower fixture; adata acquisition unit comprises a tension sensor, a pressure sensor, and a dual-colorimetric infrared thermometer. The piezoelectric driving type low-temperature in-situ high-frequency reciprocatingfretting friction and wear test platform in the invention has the advantages of reliable principle, compact size, compact structure and high frequency, and has good compatibility with a microscopic imaging system with an open space structure such as a mainstream optical microscope, a Raman spectrometer and an X-ray diffractometer.

The invention discloses a plug and play method of a member. The method takes an IBP interconnection bottom plate with a design mode based on a template method as a basis, and comprises the following steps: file configuration, wherein configuration files are prepared to record the name of the member to be loaded and a member export function; member loading, wherein a platform reads the configuration files and calls a member loading function to dynamically load the member into a platform address space; member function mapping, wherein the member resource for interaction is dynamically loaded into the platform address space to complete dynamic mapping of member function on the platform; member function calling, wherein the member function is dynamically perceived and called; and member unloading, wherein the platform calls a member unloading function to dynamically unload the member. The system based on the plug and play method of the member comprises a file configuration module, a memberloading module, a member function mapping module, a member function calling module and a member unloading module. The method can realize dynamic calling of the member function and automatically eliminate Windows resource conflict.

The mechanically comparing force standard machine for the performance detection of weighing sensor, dynamometric sensor and electronic scale includes: a measuring area and a force value generating area with dynamometric sensor, force transmitting mechanism, force applying frame, guide mechanism, ball lead screw, speed reducer and servo motor connected together; and an electric control part including industrial control terminal, computer with industrial control card, programmable controller connected via interface to industrial control card, position control module and photoelectronic measuring feedback system, servo driver and servo motor with signal fed back to the photoelectronic measuring feedback system. By means of digital control technology and precise mechanical transmission technology, the present invention realizes micro displacement feeding of 0.00015 mm/s and dynamic loading in precision of 1 ten thousandth.

The invention discloses a mobile terminal high-precision oblique photography three-dimensional modeling method based on OpenGL, and belongs to the field of surveying and mapping engineering and computer combination. The method comprises the steps of firstly utilizing an unmanned aerial vehicle oblique photography technology; image data with spatial position information in a to-be-detected area arerapidly obtained; performing geometric correction on the image, performing oblique photography model batch processing on the corrected image data to generate model data, performing LOD classificationon the generated model data, performing data compression on the generated model data, merging adjacent nodes, and finally dynamically loading the model at a mobile terminal based on an OpenGL technology. The oblique photography technology and the mobile technology are combined, large-batch loading of high-precision oblique photography models at the mobile end can be achieved, loading and browsingof oblique photography measurement three-dimensional digital cities at the mobile end can be achieved, and certain social benefits and economic benefits are achieved.

The invention provides a dynamic loading method used for a distributed container. The dynamic loading method comprises steps that a message aiming at predetermined service is received, and comprises an operation code field, which is used to indicate that the message is a service updating message or a service requesting message; the message is forwarded to a logic container according to the predetermined service, and the logic container comprises a logic component used for the predetermined service; when the message is the service updating message according to the operation code, the logic container is used to execute logic updating operation, and when the message is the update requesting message according to the operation code, the logic container is used to execute the loading of the logic component used for the predetermined service. According to the technical scheme, by focusing on logic separation after logic changing, and the logic after the change is packaged by a message mechanism, and therefore the smooth changing of the business logic is completed, the dynamic loading is realized, effects such as uninterrupted service and multi-version parallel operation are achieved, and then a user can use the service provided by a product smoothly.

The invention provides a method capable of dynamically loading different terminal exchange chip drives. The method comprises the following steps: supporting the property of a dynamically loadable inner kernel mode driving module by using an embedded operation system platform, packing a terminal exchange chip drive to the inner kernel mode driving module, driving a calling interface in a control software at an ethernet over cable (EoC) head terminal by adopting an abstract terminal exchange chip; and flexibly matching the corresponding actual driving calling interface according to the current connected EoC terminal type under the EoC head terminal and dynamically loading the required exchange chip driving module to realize the control and the management of the EoC terminal. By adopting the invention, the dynamic loading of different types of terminal exchange chip drives can be realized, the separation of a control software code and a terminal exchange chip drive code of the EoC head terminal is realized; and simultaneously, the terminal exchange chip drive is selectively put on the local place or on a remote drive loading server; therefore the problem of the large control software caused by supporting multiple types of exchange chip drives is resolved.

The invention provides a target model loading and updating method and device, a computer readable medium and electronic equipment, and relates to the technical field of computers. The method comprises the following steps: obtaining an executable file corresponding to a target model; if it is detected that an embedded real-time operating system requests to run the target model, analyzing the executable file to generate a to-be-loaded structure; and transmitting the to-be-loaded structure to a second memory of the embedded real-time operating system in a memory sharing manner, so that the embedded real-time operating system starts and runs the to-be-loaded structure as a to-be-run task, and loading and updating of the target model are realized. According to the invention, dynamic loading or updating of an artificial intelligence model can be realized in a SensorHub environment, the artificial intelligence model and an OS kernel do not need to be compiled into a complete mirror image to run in the SensorHub every time, the updating efficiency of the artificial intelligence model in the SensorHub environment is effectively improved, and the memory space is saved.

The invention discloses a method of modifying an application type of a smart card, a smart terminal, a service platform and a system. In the method, after successful authentication of a smart card device, the smart terminal sends an application download request message carrying application type identification to a TSM platform; the TSM platform finds at least one application corresponding to device identification from a pre-stored application set, and extracts the application indicated by the application type identification from the at least one application; and the smart terminal forwards to the smart card device the application indicated by the application type identification and sent from the TSM platform to the smart terminal, so that the smart card device can load the application. In the invention, different applications are downloaded to the smart card device through the TSM platform and to be loaded by the smart card device; and in this way, the application type of the smart card device can be changed and dynamic loading of an application of the smart card device is achieved.

The invention provides an Android application security monitoring method based on plug-in loading and a storage medium. The method comprises: a plug-in base class is defined and detected; constructinga detection plug-in library by inheriting the detection plug-in base class, and storing the detection plug-in library locally; updating the local detection plug-in library according to the latest detection plug-in list obtained from the cloud server at regular time; obtaining related information parameters of the apk file of the to-be-detected application, organizing the related information parameters into an information dictionary format, and storing the information dictionary format; dynamically loading all plug-ins in the detection plug-in library; introducing related information parameters of an information dictionary format; and sequentially executing the loaded plug-ins. The method has the function of detecting automatic updating of the plug-in, the latest security holes can be detected timely and accurately, and the detection rate is increased. In addition, the efficiency and the collaboration of plug-in iterative development and maintenance can be remarkably improved by defining and detecting the plug-in base class, and therefore efficient comprehensive safety detection can be conducted on the Android application.

The invention discloses a material dynamic fracture tenacity measuring device based on a Hopkinson bar. The material dynamic fracture tenacity measuring device based on the Hopkinson bar comprises a buffer device, a bearing device, a Hopkinson bar experimental device, a shooting device and a sample with a notch. The bearing device comprises a bottom plate, a vertical plate and a lifting displacement table. Two long-strip-shaped semi-circular supports used for supporting the sample are arranged on the vertical plate, and two vertical limiting devices are arranged on the side face, adjacent to the sample, of the vertical plate. A large-diameter through hole is formed in the middle of the vertical plate, and the notch of the sample is located in the circle center of the large-diameter throughhole. The Hopkinson bar experimental device comprises an incident bar, a striking bar and a semi-circular impact head. One end of the semi-circular impact head makes contact with the sample, and theother end of the semi-circular impact head is fixedly connected with the incident bar. The shooting device comprises a CCD camera and a light source arranged on the side face of the sample. A traditional three-point bending experimental method and the dynamic load are combined, fracture tenacity of a material under the dynamic load can be measured, and dynamic loading on the material can be achieved.

The invention discloses a motorized spindle rigidity test device which comprises an electromagnetism loading device and a circuit control module, wherein the electromagnetism loading device comprises a magnetic conductance ring which is coaxially and fixedly connected with a motorized spindle and an excitation device which is sleeved outside the magnetic conductance ring; the circuit control module is used for controlling a circuit in the excitation device. According to the motorized spindle rigidity test device, the dynamic loading to the high-speed motorized spindle is realized; relative o a static test and a no-load test, the actual working state of the motorized spindle is more accurately simulated by the motorized spindle rigidity test device, a constructive opinion is proposed for the design and the optimization of the motorized spindle, parts of the device are easy to design and manufacture in a serialization and standardization way, the structure of the device is simple and compact, and the maintenance and the assembly are easy.

The invention provides a kernel patch loading method and device, and aims to dynamically load and timely patch kernel patches and guarantee information security of users. The method includes the steps: acquiring a placeholder function, and writing the placeholder function into a kernel memory area to occupy preset storage space in the kernel memory area; acquiring a kernel patch code; writing thekernel patch code into the storage space.

The invention relates to an alarm implementation method and system based on dynamic configuration. The method comprises the steps of executing an alarm judgment timing task, conducting alarm rule matching on link tracking data from an application side or a server side regularly, judging whether an alarm rule is triggered or not, if yes, pushing alarm information to a user according to a pushing object and a pushing mode set in the alarm rule, and recording the alarm information of this time; if the alarm rule change demand occurs, updating the alarm rule through real-time configuration of thepage end, and recording the updated alarm rule; and monitoring an alarm rule change event in real time, and synchronously updating the alarm rule in the alarm judgment timing task. Compared with the prior art, the alarm rule is configured and updated at the page end to reduce the error rate of manual configuration, dynamic loading and real-time effectiveness of the alarm rule are achieved in a monitoring mode, and it is guaranteed that a user effectively receives the message by adding a message pushing channel.

The invention provides a method and a system for implementing real-time game dynamic loading configuration. The method comprises the following steps: acquiring configuration information by virtue of an administrative configuration system, generating a configuration file and configuring a file mapping table, and distributing the configuration to a distributive file system; distributing a first information message to a target game server corresponding to the configuration file which is successfully distributed; pulling the configuration file for the distributive file system by virtue of the target game server in accordance with the first informing message, selecting a target game client side in accordance with the configuration file, and distributing a second information message to the target game client side; and pulling the configuration file for the distributive file system by virtue of the target game client side in accordance with the second informing message. According to the method and the system provided by the invention, dynamic loading of various game server configuration files can be achieved, and dynamic loading of game client side configuration files can be also achieved.