107 results about "Object oriented technology" patented technology

A method of developing a software system using Object Oriented Technology and frameworks. The problem of allowing an object to acquire and lose ability and function and to modify responsibilities on an object dynamically or, in other words, to allow an object to acquire and lose the ability to do things dynamically, is addressed. This problem is solved with a framework to be used for developing a software system, e.g. for a business application. The framework comprises a number of classes which are to be processed by a computer system. The framework further comprises a Life Cycle as a description of state transitions through which an object can proceed as it is processed by an application. This is applicable in the technical field of application development of software systems, e.g. for a business application as Financial or Logistic and Distribution, wherein it is the purpose of frameworks to provide significant portions of the application that are common across multiple implementations of the application in a general manner, easy to extend for specific implementation.

A management base of a communications network manager is constructed using object oriented techniques. A network comprises a plurality of physical resources in the form of components and assemblies of components, which are distributed across the network. A management system for the network is constructed in an evolutionary manner by representing an overall functionality of the network by an application model in which each function of the network is modeled independently of its implementation, decomposing the application model into an implementation model in which every function represented in the application model is represented in the implementation model, representing the application model as a plurality of objects, representing the implementation model as another plurality of objects, connecting the objects of the application model and implementation model together to obtain a combined object model, and constructing a management base according to the combined object model.

An integrated product data environment for system design and optimization, e.g., a Collaborative Engineering Environment (CEE). The CEE provides a multi-disciplinary engineering team with immediate access to all relevant product information. It is an enterprise system at the program as well as the company levels, managing product information as a program and corporate asset. Product-centric collaborative capabilities for the CEE are provided by extending the functionality of a commercial Product Data Management (PDM) System. Emerging web-centric commercial-off-tho-shelf (COTS) PDM capabilities, object-oriented technologies, associated rapid application development environments, sophisticated engineering toolsets, and COTS computing and communications technologies have been leveraged to establish the CEE for the complex electronic systems integration domain. The CEE offers substantial improvements in productivity, cost savings, cycle time reductions, product integrity and lifetime support of a system.

A control system methodology uses object-oriented software to integrate multiple control systems into a common object model. Object-oriented techniques are used to construct distributed Java-based applications in a multi-vendor open system environment for use in controlling and monitoring systems of varying size and configuration. The system provides both a browser client (101) (running on a Java-enabled browser) and a server client (121). The present invention has multiple stations: a Web BAS Server (110), a Network Processor (NP) (111), and a Field Controller (FC) (112). The NP and FC are preferably Java Virtual Machines implemented in a plug-in Java Modular Environment. Information is brought into a common object model and made available throughout the system. A custom programming language based on Java is provided for object creation, with access to objects controlled through a multi-level security protocol. Data flow is governed by a real-time information synchronization manager.

A Project Management solution comprising: methods and best practices in Project management, algorithms, data base technologies; object oriented technologies, software security methods, web technologies, networking (WAN/LAN/ INTRANETS), smart devices and a Project Management knowledge base enabling a common interface for managing a project lifecycle of: initiation, planning, execution, controlling and closing stages. The Project Management solution is a comprehensive solution for Project Management that delivers real time project status, by means of functional layers and their intrinsic technologies.

The invention discloses a method for classifying remote sensing images blended with high-space high-time resolution data by an object oriented technology, and relates to a method for classifying remote sensing images of an oriented object, which can be used for solving the problem that the previous method for classifying remote sensing images can not be used for distinguishing land cover types of 'foreign bodies with the same spectrum', and is not suitable for being applied to the remote sensing images with low-medium resolution ratio. The method provided by the invention comprises the following steps: carrying out filter processing by applying an SG (screen grid) filter; determining a time sequence curve of typical vegetational MODIS-NDVI (moderate resolution imaging spectroradiometer-normalized difference vegetation index) in the remote sensing image to be classified; segmenting a TM (thematic mapper) image, wherein each segmentation unit is used as an object; extracting the characteristic information of each object; extracting all non-vegetation objects; removing the non-vegetation objects, and taking the obtained vegetational objects as planar vectors to segment MODIS-NDVI time sequence data, so as to obtain corresponding biotemperature information acquired by each vegetational object; and determining the vegetational type, to which each object belongs; and completing the land cover classification. The method provided by the invention can be used for distinguishing the land cover types.

A method of providing persistency for an object (O) to be a persistent object, in an object oriented application, comprising the steps of associating (102) a proxy object (PO) with said object (O), creating (103) a persistent object representation (111) of said object in a persistent data store (112), receiving a message (105), sent by a client object (CO) to said object (O), by said proxy object (PO), forwarding (107) said message to said persistent object by said proxy object (PO), receiving (108) a result of said forwarded message from said persistent object by said proxy object (PO), updating (109) said persistent object representation (111) by said proxy object (PO), and returning (110) said result of said message to said client object (CO) by said proxy object (PO).

The invention relates to an electronic whole set surface mounting technology (SMT) production line virtual manufacturing system and a realization method thereof. The realization method comprises the following steps: according to the assembly mode and the degree of automation, the process flow and parameters of the SMT production line are designed, a three-dimensional (3D) animation is used to display the process flow of the SMT production line; the electronic design automation (EDA) design file is read, the simulation programming of the key equipment of the mainstream machine in market is performed, then the data are input in an assembly database; the object oriented technology and the OpenGL technology are adopted to perform the 3D simulation of the working process of the SMT key equipment under the VC++ 6.0 environment; and manufacturability analysis can also be performed automatically. By adopting the method of the invention, the visual basis can be provided for the data modification of the program design of the SMT production line and the key equipment in the shortest time, thus the aims of short development cycle, low cost and high production efficiency can be achieved.

An information sharing method and apparatus using an object oriented technology are provided for mutually sharing any manipulation events in a shared environment which operates in a plurality of computers on a network. The method provides a plurality of objects to be used by users for information processing on their information processing apparatuses, and an environment in which the objects operate. Each of the objects transmits an event made thereto by an operator as a message. A shared field object is shared by a plurality of users, and one or more objects operate on the shared field object. These objects are distributed to the plurality of users to share the same environment among the users. A message of the event is distributed to each of the users through the shared field object to recall the event in the respective environments to share the operation of the object.

A method for travel planning, based on object-oriented technology, performed on an electronic system including one or more electronic front-end sides, as clients, at least one electronic backend side, as server, one or more storing databases bidirectionally connected to the backend side, includes the following steps: logging in and accessing the electronic system through the frontend side; starting communication between the electronic front end side and backend side; performing a validation process and creating at least a new UGC at the front end side, sending it to the backend side, and storing it in the storing databases; through a content manager module, at the backend side, analyzing the UGC and assigning a ranking score to the UGC, creating an object by associating the UGC and thhe scoring, and additional information of geotagging and category, the additional information coming from the frontend side and/or from the storing databases, storing the object in the storing databases; through a search manager module, at the backend side, searching a number of the objects in the storing databases based on the ranking score, creating a proposed graphic representation of an itinerary with a sequence of the objects, in a given order according to the ranking score, displaying the proposed graphic representation of an itinerary through the frontend at the one or more electronic front-end sides selecting objects from said proposed graphic representation of an itinerary, and building up a graphic representation of an itinerary of the travel planning according to the selected objects, and sending it to said backend side.

The invention relates to a general database data structure, a data migratory method and a data migratory system. The data migratory system comprises a middle domain object module, a database adapter module and a standard domain object storage module, wherein the database adapter module carries out analysis and deconstruction to a database object through a database object analyzer of the database adapter module and converts the database object into a standard domain object defined in the middle domain object module, so as to store and manage the standard domain object, and different database adapters can be adopted to convert domain objects into other database objects according to a user command; as the middle domain object technology is used, the database interdependence problem caused by the transformation between two different databases is avoided. Meanwhile, as the database adapter technology is used, the data migratory system can be simply extended to form other databases supporting SQL (structured query language) 92 and SQL95 standards.

An architecture for designing complex systems includes combining functional decomposition and object-oriented techniques at each level along with specifying links between the levels as well as links between the objects at a level to promote understanding of the system under development and assist both the system design engineers and the hardware and software engineers to develop the system.

The invention relates to a general method for generating station data, which comprises the following steps: sequentially acquiring names of rule bases from a time table, such as Name 1; finding out rule entries having a rule base name of the Name 1 in the rule base; finding out corresponding configuration parameters in a parameter declaration table through type codes in the rule entries; selecting a mode of continuous generation by using key words in a rule description; and after one role is generated, continuing to generate Name 2 according to the time table. Compared with the prior art, the method adopts object-oriented technology ensuring what you see is what you get, uses a traversal method for automatically generating an interlocked route sheet and adopts an open customizable mode that allows a user to make certain corrections of the rule base when a Boolean expression is generated automatically and improves working efficiency in application.

The invention relates to an image identification and detection system, comprising an image collection and control module, an image processing platform and a procedure control module, wherein, the image collection and control module, the image processing platform and the procedure control module are respectively and independently arranged, and the image collection and control module and the image processing platform and the image processing platform and the procedure control module are respectively communicated by network communication equipment. The image processing platform adopts a design based on a database technology and an object oriented technology, and the bottom layer of the system is an object processing function library of various images designed according to a processing frame of the system; a figure full-Chinese configuration interface provided by the system is used for a user, and the system adopts a modularization design. The invention has the advantages that the user canflexibly add specific function modules by adopting the system so as to ensure the realization of the requirement of the user, and the functions of the system can be continuously expanded along with the increase of applications simultaneously.

A user operation log storing apparatus for investigating operations performed by a user, types of data handled by the user and contents of processing conducted by the user, and for saving acquired information through the investigation. The present invention provides a group of objects (VOs) for a user to access the WWW, database, etc. and conduct communications and for a service provider to readily compare and analyze acquired data. The VOs respectively hold as a log file an attribute thereof, results of user actions and an attribute value of a slot via which the VOs exchange data. The log files are sent to the server on the network, where they are classified according to users and stored in a time-series manner. Using the saved log file, the present invention also provides an environment as a VO for analyzing and utilizing the user's operation log.

The invention relates to a virtual prototype system of a chip mounter and an implementation method thereof. The virtual prototype system comprises an analog programming module, a 3D simulation module of the chip mounter, a chip-mounting program optimization module and a mounting database module. The implementation method comprises the following steps: carrying out analog programming on the type of the chip mounter, reading-in an EDA (electronic design automation) design file, automatically generating a mounting sequence program file, and inputting data into a mounting database; in a VC++6.0 environment, automatically carrying out 3D mechanism assembly and 3D simulation according to the type of the chip mounter by adopting an object oriented technology (OOT) and an OpenGL (open graphics library) technology; and finally generating an optimization program through design. By means of the virtual prototype system and the implementation method thereof, intuitive basis can be provided for data modification in the optimization program design of the chip mounter within the shortest time, thus achieving the purposes of optimal development cycle and cost and highest production efficiency.

The invention relates to a remote monitoring system for a chlorine dioxide generation device based on a cloud platform. The remote monitoring system comprises the chlorine dioxide generation device, a sensor, a PLC, an HMI, a driving unit and the cloud platform, wherein the PLC is connected with the cloud platform through a wireless network; the cloud platform comprises an application server, a web server and a database system; the application server acquires data in the PLC, and transmits and confirms a control instruction for the chlorine dioxide generation device to the PLC; the web server is used for realizing access of a user; and the data of the application server and the data of the web server are stored into a database, and the user can access the database through the web server. The monitoring system intensively monitors and manages a plurality of devices through a public wireless network and an internet technology; the cloud platform supports multi-user accessing; and by the adoption of a public data accessing object technology, the problem of contention of a PLC port during the same access to the same generation device is solved, the expandability of the monitoring system can be greatly improved, and great convenience is brought to expansion of the user and after-sale service of a manufacturer.