51 results about "Multilayered architecture" patented technology

The present invention relates a component-based software development technology, and more particularly to so-called the Active Binding Technology which allows the software development by assembling the components released under a component-based development platform. The present invention discloses a new type of component with extended metadata, which includes the interface information about the dependent contract of a component thereby enabling a program developer to assemble the components in a multi-layered structure and / or on the distributed network.

The invention discloses a remote real-time monitoring system used for a wind power station group, which can solve the problem of remotely and intensively monitoring the production and the operation of a plurality of wind power stations in real time. The remote real-time monitoring system used for the wind power station group adopts a multiple-layer architecture based on an aspect-oriented programming (AOP) platform and comprises a bottom layer, a business logic layer, a service layer, a presentation layer and an external interface, wherein the bottom layer is a data acquisition subsystem which collects and store the field data of the wind power station group; the business logic layer comprises a network computing engine module, a backstage statistics engine module, a report engine module, a comprehensive configured environment module and an equipment object model module; the service layer provides service and service scheduling; the presentation layer is based on the AOP platform and comprises a wind generation set monitoring subsystem, an in-field transformer substation monitoring subsystem, a wind power prediction subsystem and a system management module, wherein the system management module monitors an operation means by providing a WEB page, a curve and curve group, a picture, a report, a computer-aided design (CAD) chart or a video; the system management module is responsible for organizing and intensively managing users, permissions and logs; and the external interface is responsible for sharing data and service with other systems.

The invention discloses a state evaluation method for power transmission equipment. The state evaluation method for the power transmission equipment comprises the following steps that S1, multi-source heterogeneous information is fused, and a state evaluation parameter system of the power transmission equipment is built in a multi-layer architecture mode; S2, state grades of evaluation are determined, a fuzzy evaluation matrix is obtained according to state variable limiting values in design documents and comment guidelines; S3, the objective weight of each state variable is determined with the information entropy method; S4, the subjective weight of each state variable is determined with the analytic hierarchy process, the subjective weights are combined with the objective weights, and the comprehensive weight of each state variable is worked out; S5, according to the fuzzy evaluation matrix obtained in the step S2 and the comprehensive weights obtained in the step S4, a state evaluation matrix of each component and a global state evaluation matrix of the power transmission equipment are worked out. According to the state evaluation method for the power transmission equipment, the subjective weights, the objective weights and the fuzzy evaluation matrix are combined, so that the problem that because fixed weights are adopted, the global state is slightly influenced when individual indexes are severely abnormal is solved.

A system and method for selecting a preferred design for a multi-tiered architecture of components based on a set of established criteria is provided. The system and method receive a model describing different design constructions and a set of performance and availability requirements and produces a design or set of designs that best meet these requirements. The system and method include a model for representing the infrastructure design space for multi-tier systems and their properties appropriate for judging performance and availability properties of services as well as associated cost. The method and system further include a method for searching the design space in an efficient manner.

A system and method for performing enhanced modeling of multi-tiered architectures is presented. The system and method enable selection of a preferred design for a multi-tiered architecture of components based on a set of established criteria, and may employ certain vectors and functions in component attributes, and such attributes may include scalability and scope of fault attributes.

A property manager layer retrieves from a persistence layer values of properties used by a software application and provides the values to the application at run time. A user interface layer accepts user input to update at least one of the properties. The persistence layer is responsive to the user interface layer to update the properties based on the user input. The user interface layer notifies the property manager layer that the at least one of the properties has been updated. The property manager layer notifies a property listener for the software application if any updated property value is used by the software application. The property listener modifies at least one program variable in the software application that is dependent on an updated property value without restarting the software application.

Embodiments of the invention provide a method, system and apparatus for a smart business object configured for disposal within the logic layer to insulate the logic and data persistence layers from changes in the presentation layer. In one embodiment, a smart business object framework can include a smart business object proxy disposed between a presentation layer and a logic layer in a multi-tier architecture. The framework further can include one or more resource brokers configured for communicative coupling to the smart business object proxy. Moreover, the resource brokers can be programmed to manage access to corresponding resources in the architecture.

A system, method, and computer program product are disclosed for providing automatic software distribution and installation throughout a multi-tiered computer architecture. The multi-tiered architecture includes a global tier, a hub tier below the global tier, and a target tier that is below the hub tier. A distribution request is received within a global computer system that is in the global tier. The distribution request is to distribute a file package to a target computer system that is in the target tier. The global computer system starts a distribution process in the hub computer system. The file package and an installation process are transferred to the hub computer system from the global computer system. The file package and installation process are automatically distributed to the target computer system from the hub computer system utilizing the distribution process. The target computer system then automatically installs the file package utilizing the installation process.

The present invention relates to multilayered ceramic components (10) and methods of fabricating such multilayered architectures. More particularly, the present invention relates to multilayered components having a plurality of dielectric (12) and electrode material (14, 15) layers. The multilayered components are manufactured by coextrusion processes.

Embodiments of the present invention provide a method and apparatus for performing cross-layer orchestration of resources in a data center having a multi-layer architecture. The method comprises: performing unified control of all resources in all layers of the data center; performing unified storage of all topologies and machine-generated data of all layers of the data center; and orchestrating the resources of the data center based on the unified control and the unified storage. Embodiments of the present invention provide a higher level orchestration than methods in the prior art, and employ some functions provided by methods in the prior art to provide a unified manner when the demand changes for orchestrating a layered cloud data center, in order to immediately provide a suitable capability.

The present invention provides electronic transmission file synchronizing system and method. The electronic transmission file synchronizing system includes one main node and several slave nodes as well as one enterprise network. The main node in three-layer or multiple-layer architecture includes one client end, one application server system and one data base server. The client end includes one user operation module, one file operation module and one data base operation module. The application server system includes one file transmission server and one application program server, which includes one file transmission controlling module, one synchronous control module and one data base connecting module. The electronic transmission file synchronizing method can realize the synchronizing operation of files in shared file folder or file transmission server and execute the file synchronizing operation automatically after restoring from the network fault.

The invention discloses a method for estimating the needs of a transaction in a processor in a multi-tier architecture. The method comprises the following steps of: detecting inter-transaction correlation by analyzing an access log of a production environment; if strongly correlated transactions are discovered, extracting the shortest session subsequences and subsequences 1 shorter than the shortest session subsequence of the strongly correlated transactions by analyzing the access log; generating a logically correct artificial load of various transaction types by utilizing the subsequences; running the artificial load in a controllable testing environment to obtain performance monitoring data under the load; and finally obtaining the average servicing time of the transactions by using a conventional regression-based servicing time estimation method. By the method, the problem of multicollinearity of a conventional regression method in little load proportion change is solved, and the accurate average servicing time of various transaction types can be calculated and assist in making a rational capacity plan, thereby reducing the procurement cost of an enterprise and ensuring the performance of a network service.

A storage protocol test server interfaced with a storage device and a client includes a multi-layered architecture for testing a conformance of the storage device to a storage protocol as dictated by the client. The layers operate to participate in a test case session between the server and the client to facilitate a communication of test case information from the client to the server, the test case information specifying elements for testing the conformance of the storage device to the storage protocol. Additionally, the layers operate to create a storage protocol conformance test based on the test case information received from the client, the test being specifically designed for testing the conformance of the storage device to the storage protocol, and to participate in a test session between the server and the storage device to facilitate an exchange of test instructions and test results in accordance with the test.

The invention relates to an oil product blending online optimization control method adopting a multi-layer architecture. A whole control system comprises a three-layer structure including an underlying proportional control layer, a multivariable coordinated control layer and an optimization layer, wherein the underlying proportional control layer directly executes a recipe instruction and issues the recipe instruction to a field control system; the multivariable coordinated control layer has a local dynamic optimization and coordination function, acquires locally optimal recipes according to ablending attribute target and other process information, and regards the locally optimal recipes as set values of a proportional controller; and the optimization layer calculates transient attributeset values (upper and lower limits) adapted to the optimal recipe under the condition of satisfying process constraints according to targets such as the blending cost or profit and just qualified attributes, and issues an instruction to the multivariable coordinated controller for execution. The optimization control method adopting the three-layer architecture enhances the anti-interference ability, and the layers can be operated independently or perform step-by-step control, thereby effectively solving the problems of no feasible solution in the process of blending optimization and unstable control caused by large fluctuations of component oil attributes.

An embodiment of the invention provides a method and a device for cross-layer scheduling of resources of a data center with a multi-layer architecture. The method comprises the steps of: conducting unified control on all the resources of layers of the data center; performing unified storage on all topological structures of the layers of the data center and data generated by machines; and scheduling the resources of the data center based on the unified control and the unified storage. The method and the device provide higher hierarchical scheduling when compared with a method in the prior art, utilizes functions offered by the method in the prior art, so as to provide the unified method for scheduling a layered cloud data center when demand changes, thereby providing appropriate capacity immediately.

A method for manufacturing a multilayer structure, includes obtaining a first substrate film for accommodating electronics, said first substrate film having a first side and an opposite second side, said first substrate film including electrically substantially insulating material, said first substrate film preferably being formable and / or thermoplastic, providing, optionally by mounting and / or by printed electronics technology, circuitry on at least said second side of the first substrate film, said circuitry being functionally connected to the first side of the first substrate film, and molding, optionally by injection molding or reactive molding, plastic material on the first side of the first substrate film so as to at least partially cover it.

The invention relates to a power transmission line operation state assessment method based on a big data portrait technology. The method includes two parts: a multi-dimensional power transmission lineportrait part and a multi-layer architecture power transmission line equipment evaluation part; each parameter of the power transmission line portrait is determined by using each system of the powergrid; and each parameter is scored by utilizing an accumulative score deduction method, the scores are substituted into the power transmission line equipment state evaluation model to obtain operationstate evaluation scores of each tower section, and accumulating the comprehensive evaluation scores of each tower section on the power transmission line to finally obtain the overall operation stateevaluation of the power transmission line. According to the invention, through organic combination of the multi-dimensional power transmission line portrait and the power transmission line operation state, the evaluation of the power transmission line operation state is simply and comprehensively realized.

The embodiment of the invention discloses a message popup window system based on a hierarchical structure, the system comprises seven hierarchical units, the seven hierarchical units are respectivelya data layer, an object layer, a management layer, a logic layer, a control layer and an interaction layer, the data layer is used for storing popup window popup information and popup window parameterinformation; the object layer is used for designing a popup window module and a popup window object; the management layer is used for classifying, searching and managing popup window objects; the logic layer is used for determining whether the pop-up window is opened and determining a pop-up window style according to the acquired pop-up window parameter information; the control layer is used fordetermining whether all pop-up window functions or part of pop-up window functions are enabled or not according to the configuration parameters; and the interaction layer is used for carrying out datainteraction with the main module and providing a popup window method for system initialization, parameter setting and main module calling. According to the embodiment of the invention, a multi-layerstructure and layer-by-layer nesting are adopted, pop-up window logic is separated from main logic, and the message pop-up window system enables the pop-up window to only become one function for the main module to call at any time, so that the purposes of simplicity, convenience and easiness in use are achieved.

The invention discloses a plug-in processing method and device, and relates to the technical field of computers, and the method comprises the following steps: obtaining configuration data of a target plug-in; packaging the configuration data by using a multilayer structure representation language to obtain a plug-in description file corresponding to the target plug-in, wherein the plug-in description file is used for describing vulnerability scanning logic of the target plug-in; and sending the plug-in description file to a scanning server, so that the scanning server performs vulnerability scanning on a scanned object according to the plug-in description file, the plug-in description file with rich description capability can be generated by utilizing a multilayer structure representation language to support a complex vulnerability scanning scene, and meanwhile, the compatibility is high, and the method can be used for vulnerability detection in a cloud security protection scene.

The invention relates to a knowledge processing method and device based on multilayer network space knowledge representation. The method comprises the steps of constructing multilayer network space knowledge representation of a multilayer structure from top to bottom, wherein the multi-layer structure comprises a macroscopic layer, an implementation layer, an attribute layer, a resource layer anda relationship layer from top to bottom; for each multi-layer structure, according to the knowledge of the corresponding subject field, extracting the ontology corresponding to the multi-layer structure and the spatial relationship between the ontologies; constructing a six-tuple knowledge representation for the multi-layer network space knowledge representation, wherein the six-tuple knowledge representation comprises a head entity, a relationship, a tail entity, a time concept, a space concept and a processing operator; and carrying out knowledge processing on the multilayer network space knowledge representation according to the six-tuple knowledge representation. By adopting the method, the multi-path interaction and complex association relationship between cross-domain elements of thenetwork space can be comprehensively represented.

The invention provides a multi-tier architecture-based desktop monitoring system which comprises a client end, a gateway, a service end and a management end, wherein the service end is arranged on a controlled user terminal and used for providing monitoring data; the gateway is used for synchronizing data between the client end and the service end; the service end is used for storing the monitoring data; and the management end is used for configuring a system and operating the monitoring data. According to the multi-tier architecture-based desktop monitoring system provided by the invention, a monitoring force is detained into session level operation, thus an operation picture of a desktop in a control console session can be recorded, and also an operation picture of the desktop in a session of a non-control console where a remote user logs in can be recorded. Local storage is used, thus the user operation can be recorded offline, once the user is connected, the system automatically uploads an operation video within a period of offline time of the user; therefore, the problem of operation monitoring of remote login and offline states of the user is solved.

The invention discloses a local fund joint supervision platform system. The local fund joint supervision platform system comprises a Web server which is Tomcat, a central database which is Oracle10g, and a financial software architecture which is at the client side and is used for supporting the financial software to run in the client side. The optimization method is as follows: the application hierarchy structure of the financial software is a J2EE lightweight multi-layer structure which comprises three layers, namely, a presentation layer, a business process layer and a data access layer; and the J2EE lightweight multi-layer structure is realized by Struts 2, Spring and Hibernate, wherein the Struts 2 is applied to the presentation layer, the Spring is applied to business process layer, and the Hibernate is applied to the data access layer. The local fund joint supervision platform system has the advantages that the maintaining and updating are simple, the cost is reduced, more choices are provided, the expansion is convenient, the mobile client side is supported, and the demand on mobile officing is met; and the information can be locally input and transmitted and can be transmitted between the superior and the subordinate timely, so that the variation of the information can be quickly responded, and hierarchy progressing and central management can be realized.