99 results about "EntireX" patented technology

The invention provides a domain driving design-based MVVM design model (DDMVVM). An overall structure of the domain driving design-based MVVM design model is divided into four layers: a view layer, a view model layer, a domain model layer and an infrastructure layer. A domain driving design-based MVVM model method specifically comprises the following steps: designing at two aspects: strategic design and tactics design; developing a frame on the basis of a domain driving design-based MVVM model; realizing each layer of the domain driving design-based MVVM design model under a wechat mini-application development platform. The domain driving design-based MVVM design model is suitable for the field of software engineering and software architecture in a graph user interface program; the domain driving design-based MVVM design model can effectively guide and normalize the software developer to emphasize on the field of system core business; the complexity of the software system can be effectively reduced; the quality attributes, such as maintainability and expandability, of the software system can be effectively promoted.

The invention relates to a depth extraction method based on a revit wall component, belongs to the technical field of building information models, and solves the technical problem of wall informationloss caused by different drawing logics and demand information between BIM software platforms. According to the solution, BIM mainstream software revit is adopted, secondary development is conducted on the basis of API of the BIM mainstream software revit, a plug-in for extracting component model information is created, and information reading and one-key exporting are facilitated; seamless mutualconductance between software can be carried out by utilizing the extracted information, so that extraction and interaction of the revit model information are simpler and more efficient; and the platform is combined with other platforms to display the whole building model for instance comparison. The method is not limited to format conversion between software any more, information interaction anddata transmission are conducted through the original primitive model carrying parameters, the problem that information between software of all parties breaks faults can be effectively solved, and a new thought is provided for solving the problem that in the current BIM application technology, the data interaction efficiency is low.

The present invention discloses an interaction method of software system build-in component data, including that building a public data interaction agent on an integrated frame of the software system,the data interaction of all components are completed by interfaces provided by the agent and the components, there are non direction relations between components, the data interaction are completed by a single bidirectional ''request'' and ''response'' mechanism of an active party, namely the data interaction always give priority to the active party who may requires needed data from other component through the data agent or sends correlative data to other component through the agent actively. the invention reduces consumption of system resources for the data interaction, improves system wholeoperation efficiency; avoids relationship of component development and reinforces system integrated flexibility and adaptability; simplifys component development and integration difficulty, and is benefit to system integrated standardization and standard.

The invention discloses a computer operation system and an establishing method thereof. An IPv6 protocol is applied, a network address space is expanded, the whole throughput of the network is increased, the service quality is improved, the safety is more efficiently ensured, the plug-and-play and the mobility are supported, and a multicast function is more efficiently realized; multi-network interconnection sharing used for communication, television, computer and Internet of things can meet the functional requirement of a high-grade PC (Personal Computer), a large-size computer and the network running of the large-size computer, and a simplified operation system (OS) image is established based on an installing type OS image; and a well known fact is that the preset backdoor intelligence search in the Windows operation system and the blank screen virus of the backdoor intelligence search are time bombs capable of destroying hardware and hard disk of a user. The invention provides a set of computer operation system with Chinese proprietary intellectual property rights and a safeguard system for information safety; the monopoly of the western countries is broken; the entire international core competitiveness is increased; the system is simple in operation and convenient in maintenance; the running efficiency, the compatibility, the stability and the safety are all ultrahigh; and all the functions of Windows, Linux, Unix and other operation systems can be replaced and covered.

The invention discloses a decentralized federated learning framework based on heterogeneous computing power perception. The decentralized federated learning framework comprises a cloud coordinator and a plurality of equipment ends. The cloud coordinator is used for management, training and parameter updating scheme generation during operation and regular model backup. The equipment end is used for transmitting equipment information to the cloud coordinator, operating a model locally and updating equipment end parameters. The cloud coordinator acquires the least common multiple of the one-time training time of the equipment end as a super cycle, the equipment end calculates different step lengths in the super cycle, and the model is aggregated in the integral multiple of the super cycle. Different local steps are operated according to different computing capabilities of equipment, and in the model aggregation process, negative effects of slow nodes are reduced; and a distributed point-to-point communication mode is adopted, and the communication pressure of the central server in the distributed training process can be eliminated under the condition that the overall communication traffic is not increased.

The invention discloses a three-dimensional visualization comprehensive application platform design method based on a cloud platform, and the method comprises the steps: carrying out the modeling of the whole building, and forming a three-dimensional visualization model with space division; subdividing and dissociating functions of the building subsystem to obtain function points or data of the building subsystem; combining the functional points or data of the building subsystem to form a functional column; and combining the functionalized column with the three-dimensional visualization modelto form a three-dimensional visualization comprehensive application platform. According to the design method disclosed by the invention, the intelligent building subsystems are abstracted and designed, the building subsystems are respectively and flexibly built, and through low-coupling and high-cohesion architecture design, columns and a plurality of functional modules are modularized during early-stage design and planning, so that the convenience and the possibility of iterative upgrading of a software system are effectively improved; the built system component functions are repeatedly and efficiently utilized, and a three-dimensional visual comprehensive application platform is rapidly assembled and developed.

The invention provides a cloud rendering system based on software definition. The system comprises an application layer, a control layer, an infrastructure layer and a data layer. According to the method, a rendering software resource control method is reconstructed, a corresponding function model is established, and a custom instruction system is provided and comprises an analysis instruction, ajudgment instruction, a resource scheduling instruction, an execution instruction and a communication instruction; and according to the software definition characteristics, the rendering process and the management process are modified, so that the method is more flexible. According to the cloud rendering system, centralization, control and execution are separated, the rendering resources, the access mode, the deployment mode and the implementation function of the rendering resources are decoupled and reconstructed, the functions of the system are optimized while the centralized resources are enhanced, the overall load is reduced, and the system can operate more efficiently and extensively; and the user can set the 3D rendering engine, the plug-in required to be used, the rendering server scale, the rendering cluster management software and the customized rendering environment by himself / herself, and the cost is controllable, so that the requirements of different users in various rendering scenes are met.

An embodiment of the present invention is directed to reducing complexities in machine learning application development by providing a drag-and-drop user interface for an entire machine learning process. The innovative system significantly reduces development time and efforts. An embodiment of the present invention is directed to applying optimized common components that follow industry wide best practices thereby improving the time to market as well as the overall code quality. The embodiments of the present invention provide adaptability and extendibility to support various platforms. According to an embodiment of the present invention, a generic platform agnostic code generator may be extended to support various use cases, applications, platforms and environments.

The invention provides a distributed object database (ODB) storage system for coping with complex data, wherein a single piece of data, namely an object, a database fragment, main and standby data andthe single piece of data all support elastic expansion, data index separation, and efficient underlying storage communication depending Apache top-level project Avro; the whole system comprises an ODB task client module, an ODB read-write service module, an ODB index module and an ODB underlying storage module, and the ODB task client module is used for submitting an object query and object update task to an ODB read-write service; the ODB read-write service module is used for receiving a query and update request of the task client and interacting with the ODB index module and the ODB underlying storage module; the ODB index module is used for updating or quickly searching a single or batch object data index; and the ODB underlying storage module is used for receiving the query and storing the object instance.