8 results about ".NET Framework" patented technology

The invention provides an equipment residual life prediction method based on a gating multi-scale U-Net framework. The method comprises the following steps: S1, preparing and preprocessing input data; s2, constructing an equipment residual life prediction model based on a gating multi-scale U-Net framework; s3, training an equipment residual life prediction model and hyper-parameter configuration by using the preprocessed training set and verification set data in the S1; and S4, performance evaluation and effect display. According to the invention, by introducing a gating residual error MLP encoder, a multi-scale channel attention U module and a double-branch time sequence convolution decoder, adaptive extraction and fusion of multi-scale degradation features are realized, and the perception ability of the model to key spatial-temporal features is enhanced, so that high-precision and high-robustness residual life prediction is realized in a complex industrial environment.

The application provides a monitoring method and device, electronic equipment and a computer readable storage medium. The monitoring method comprises: monitoring whether a.NET framework module is loaded; when the.NET framework module is loaded, judging whether a dynamic call interface function is called; if the dynamic call interface function is called, comparing a saved deserialization result with an object called by the dynamic call interface function; and if the deserialization result and the object called by the dynamic call interface function are the same, determining that dynamic calling after.NET deserialization occurs. The application monitors the behavior of dynamic calling after deserialization into a.NET object, and makes up for the deficiency of the prior art.

The invention relates to the technical field of environment monitoring, in particular to an AVALONIA-based cross-platform environment monitoring system, a front-end and rear-end separation framework is adopted, a front end uses an Avalia framework to realize a cross-platform UI, a rear end uses a. NET framework to construct core service logic, the system realizes dynamic loading of an equipment protocol and a transmission protocol through plug-in design, and the real-time performance of the system is improved. The access of various environment monitoring devices is supported, front and back end communication is carried out by adopting gRPC, multi-database support is realized by adopting a FreeSql ORM framework, system logs are recorded by Log4Net, real-time data are cached by Memory Cache, the functions of real-time acquisition, processing, storage, analysis and reporting of environment monitoring data are realized, various service requirements of automatic environment monitoring are met, and the environment monitoring efficiency is improved. The system has the advantages of high stability, high expansibility and good cross-platform compatibility, guarantees the continuous and stable operation of the system for 7 * 24 hours, and is suitable for an unattended environmental protection monitoring station.

The invention relates to an electromechanical technology platform and an implementation method thereof, the platform integrates an enterprise knowledge base, a standardized module, a new technology pre-research, a parameterized model, a design gadget, a modular program and a digital drawing, and a comprehensive electromechanical technology platform is built; the mechanical platform is developed on the basis of Visual Studio and xCAD.NET frameworks and runs as a SolidWorks plug-in, seven functional modules are integrated through a user-defined tab bar, and each module realizes quick calling and parameterized driving through Excel configuration and a VBA macro command; the electrical platform comprises a modular program and a digital drawing, and efficient automation of electrical design is achieved through driving of a standardized functional block and electrical professional drawing software. According to the method, efficient integration of electromechanical design resources is realized, the design efficiency is remarkably improved, the standard specification is enhanced, the cost is reduced, and the problems of disordered enterprise knowledge management, insufficient product development standardization, low customized design efficiency and the like in the prior art are solved.

The application discloses a data processing method based on calling POST request of.NET framework, and belongs to the technical field of computer network communication interface. The steps of the application are as follows: a general interface class is developed on a Web service, the format of all data in the interface class is defined in advance, the interface class uniformly processes the data to be sent and performs data conversion; secondly, the Web service is referenced in the.NET system, when a source system runs a program, the program creates a data block of the data to be sent and calls the interface in the Web service according to the defined format of the interface class, finally, the defined method on the Web service reads the data in the interface class and interacts with a target JAVA framework system. The application guarantees the integrity of the data, reduces the burden of the interface, greatly improves the safety and stability of the target system, and thus makes the technology smoothly popularized and applied in the code scanning warehousing and inventory system.

The present invention provides for transforming .NET framework based legacy applications latest .NET framework versions. In operation, the present invention provides for retrieving source code of application to be transformed. Further, metadata object is extracted from retrieved source code. The metadata object comprises details, including, application type, .NET framework version of application, and features of application that are incompatible with selected modern-framework, such as .NET Core, .NET 5.0, .NET 6.0 or any other latest .NET framework version to which application is to be transformed. Further, a step list is generated based on the metadata object. The step list is representative of list of steps to be executed to transform the features of the application that are incompatible with the selected modern-framework to modern-framework compatible features. Yet further, present the invention provides for transforming .NET framework based application to selected modern-framework based application based on metadata object and generated step list.

This invention provides a digital management method and system for construction site laboratories based on information sharing. First, it collects information sharing needs from multiple stakeholders, including quality supervision agencies, project owners, graded testing agencies, and the construction site laboratories themselves, regarding business processing, supervision and guidance, and collaborative management. Next, it uses the .NET framework to build a multi-stakeholder adaptation module, selecting and combining functional modules based on the collected needs. Then, it sets flow nodes according to the type of sharing needs, associating entity operation permissions to dynamically configure the information sharing approval process. Finally, it uses a front-end tool with table editing capabilities to integrate shared information items according to business scenarios and associate flow nodes, generating scenario-based shared information templates. Finally, it executes targeted information sharing among multiple stakeholders based on these scenario-based shared information templates, collecting feedback to optimize the combination of adaptation module functions and the configuration of the information sharing approval process, achieving efficient digital management of construction site laboratories.

The application provides a method and system for cross-language application system communication, which is used for communication between a first language application system and a second language application system, and the method comprises the following steps: creating a communication middleware based on a.NET framework; combining a compiled dynamic link library of the first language application system with a component of the communication middleware, so that the communication middleware and the first language application system interact with each other; and making the second language application system interact with the communication middleware based on an http protocol. The communication middleware is a bridge for building a cross-language system based on.NET, so that the interaction between the two systems is more secure and flexible, and the interaction between the systems is more secure and the coupling degree between the systems is reduced.