102 results about "Descriptive language" patented technology

A 3D image generation and display system facilitating the display of high-quality images in a Web browser comprises means for creating 3D images from a plurality of different images and computer graphics modeling and generating a 3D object from these images that has texture and attribute data; means for converting and outputting the 3D object as a 3D description file in a 3D graphics descriptive language; means for extracting a 3D object and textures from the 3D description file, setting various attribute data, and editing and processing the 3D object to introduce animation or the like and assigning various effects; means for generating various Web-based 3D objects from the 3D data files produced above that are compressed to be displayed in a Web browser and generating behavior data to display 3D scenes in a Web browser with animation; and means for generating an executable file comprising a Web page and Web-based programs such as scripts, plug-ins, and applets for drawing and displaying 3D scenes in a Web browser.

An electric arc welder for creating a welding cycle with a real time current waveform constituting several control parameters by a microprocessor that controls a power supply by a signal so the output of the power supply traces a desired waveform and dynamic reaction behavior to arc conditions defined by the control parameters. The welder has a controller for creating the signal and reading the parameters, a graphic user interface program controlled by input from a graphic user interface computer, a system with a first interface for an interactive display for displaying the desired waveform and dynamic behavior and at least one manipulative control parameter, a second interface for a manual data entry device to change the waveform and/or the parameters and a digital communication link from the graphic user interface to the welder microprocessor controller for causing the welder to perform the desired waveform by controlling the signal. A number of script language files each defining a given type of waveform logic and containing a user manipulative variable table of control parameters and graphical descriptive language to display a waveform to be implemented by the welder is used with an input stage for processing a selected one of the script files into graphic user interface components (readouts, charts, and/or panels) for operating the welder.

The invention provides a photo automatically naming method and device thereof. The method comprises the following steps: acquiring global position system (GPS) information of a shooting location when a photo is shot; analyzing the shot photo to obtain the character information and the background information of the shot photo; acquiring the time information of the shot photo; determining the shooting location through associating the GPS information and the photo background information; and automatically naming the shot photo in a semantic descriptive language according to the shooting location, the character information and the time information.

The invention relates to a PCIE verification method based on the UVM. The PCIE verification method is characterized in that the UVM and a system-level hardware descriptive language are adopted, a verification environment platform is set up through a high-level extensible interface bus behavior model, functional verification is implemented on a PCIE module, and the verification environment platform comprises a test case, a sequence generator, an AXI drive module, a PIPE drive module, an AXI monitoring module, a PIPE monitoring module, a PCIE reference model, a scoreboard and a functional coverage rate module. Due to the fact that the UVM is implemented, a stratified verification structure can be obtained, the PCIE with different types of configuration can be easily transplanted and verified, random data packet excitation can be generated through constraints, all instructions and addresses can be traversed, and the functional coverage rate module can also collect and monitor the coverage rate.

A 3D image generation and display system facilitating the display of high-quality images in a Web browser comprises means for creating 3D images from a plurality of different images and computer graphics modeling and generating a 3D object from these images that has texture and attribute data; means for converting and outputting the 3D object as a 3D description file in a 3D graphics descriptive language; means for extracting a 3D object and textures from the 3D description file, setting various attribute data, and editing and processing the 3D object to introduce animation or the like and assigning various effects; means for generating various Web-based 3D objects from the 3D data files produced above that are compressed to be displayed in a Web browser and generating behavior data to display 3D scenes in a Web browser with animation; and means for generating an executable file comprising a Web page and Web-based programs such as scripts, plug-ins, and applets for drawing and displaying 3D scenes in a Web browser.

The invention relates to an answer extraction method for a tourism question and answer system based on ontology reasoning, which belongs to the field of artificial intelligence. The answer extraction method for the tourism question and answer system based on ontology reasoning is characterized in that: firstly, semantic rules in the field are defined, an artificial ontology knowledge base is constructed, and question sentences of users are analyzed; secondly, answer extraction is performed by combing semantic rule-based reasoning and information retrieval, instead of simple matching; and thirdly, corresponding answer extraction algorithms are designed according to different question sentence types. The invention provides the answer extraction method for the tourism question and answer system based on ontology reasoning, which introduces the ontology concept into construction of the knowledge base of the question and answer system, uses an OWL (Ontology Web Language) ontology descriptive language to clearly and definitely represent concepts, attributes and relations in the field of tourism, and more effectively organizes knowledge. In an open test, the precision of answers of the question and answer system based on ontology reasoning to 1346 natural language questions of the users reaches 81.35 percent, and the recall rate reaches 90.49 percent.

The invention relates to a method and system to realize the transformation of document format by virtual printing, and belongs to the document format transformation technology.In conformity to the descriptive principles of the printer language generated in the virtual printing process of the original document, the invention can combine the complicated background patterns, laces, wordarts and other complicated webpage element data into objects that can be described in less descriptive speech according to certain method and then the combined data of the printer language description can be transformed into target document format.By using the invention, the amount of descriptive language occupied by webpage graphics primitives are reduced in the target format document, and thus achieve the effect of faster target document production, smaller target document size and faster display of the target document in the corresponding reading viewers.The method and system adopted in the invention can produce document with the same visual effect of the original document in a fast and exact manner. It can also satisfy the requirement for possibly smaller size and faster speed of electronic document and hand-hold reading equipments.

The invention discloses a collaborative development system and a collaborative development method. The method comprises the following steps that: a task management module receives subtask source program code information, flow control information and subtask interface information of allocated subtasks input according to a provided uniform interface descriptive language compiling interface, respectively generates a source program code file, a flow control file and a subtask interface file, and outputs the files to an Internet of things development platform module; the Internet of things development platform module parses the obtained source program code file and the flow control file, compiles the source program code file and the flow control file into executable code files, and outputs the executable code files with the subtask interface file to an Internet of things testing platform module; the Internet of things testing platform module writes a test case according to the received subtask interface file, tests the received executable code files, and returns back the test success information to the task management module; and the task management module stores the subtask codes and the flow control codes corresponding to the test success information. With the system and the method, the efficiency of collaborative development can be improved.

A system operable on a small mobile device such as a smart phone uses descriptive languages with a similar style to markup languages used in a thin client but having features characteristic of a fat client. In one form, the system could be a MIDlet on J2ME platform or an executable program on Microsoft Smartphone platform that allows developers to mobilize business applications without the knowledge of complicated J2ME/MIDlet or Microsoft development environments. The system includes an XML language and a Script Language. Applications written in the Script Language can be translated to XML and then optionally compiled to embedded code which can be parsed and interpreted easily and efficiently by the system.

The invention provides an automatic deployment system for a cloud Web application. The automatic deployment system comprises a user console, a code library module, a configuration server and a monitoring module, wherein the user console is used for receiving a configuration rule input by a user; the code library module is used for receiving code information submitted by a user, and automatically submitting the code information to a cloud computing system; the configuration server is used for describing a resource state in the configuration rule by adopting a descriptive language, and pushing the described configuration rule to a plurality of cloud hosts of the cloud computing system; the cloud computing system is used for running the Web application according to the described configuration rule and the code information; and the monitoring module monitors whether the Web application in the cloud hosts is normal or not, analyzes the abnormal state of the Web application if the Web application becomes abnormal, and repairs abnormity. Through adoption of the automatic deployment system, the deployment period is shortened, manual errors are avoided, labor cost is reduced, and the configuration accuracy is increased.

In an image forming method and apparatus, a starting point location is acquired for carrying out rasterization of a subfile by interpreting a page descriptive language in the subfile, which is contained in a page print information file, and region size information for forming an image is also acquired from the subfile. Further, any non-interpretable description in the subfile is detected, and when a non-interpretable description is detected in the subfile, a predetermined image is formed at a predetermined position specified by either the starting point location or the starting point location and the region size information.

The invention provides a medical text information processing method and device and a computer readable storage medium. The method comprises: preset disease related text information and current medicalrecord data are acquired; wherein the preset disease-related text information represents various disease-related symptom descriptive languages and corresponding symptom crowd information; performingfeature coding on the preset disease-related text information and the current medical record data by utilizing a prediction classification model to obtain disease text features and medical record datafeatures; wherein the prediction classification model is obtained through model training according to preset disease-related text information and historical medical record data, and the correspondingrelation between the medical record data and disease classification is represented through the preset disease-related text information; and carrying out feature fusion and classification processing on the disease text features and the medical record data features through an attention mechanism to obtain a classification result.

The invention relates to a data transmission method based on the AOS encoding. Based on the CCSDS-suggested AOS-formatted design standard, an AOS-formatted VCDU data field is designed in a way that the data field can be divided into sections for use, compiled into a VHDL hardware logic descriptive language, and downloaded to a programmable device FPGA, and the AOS-formatted processing and output of the SAR data stream by hardware such as the FPGA, FIFO and the like is realized. By using a method of dividing the VCDU data unit into sections, when processing the current AOS-formatted frame, the valid data area at the formatted tail can continue reading in the formatted frame because new trace data appears in advance due to the short retrace time of the input data, thereby improving the transmission efficiency of the valid data of the frame, greatly reducing the frame-insufficient phenomena of the data, and being especially suitable for the situations of the trace and retrace wide-range change of the data before and after inputting. The invention effectively inhibits the formatted frame from being filled with an insufficient frame of the valid data, ensures the AOS-formatted efficiency, and enables the data processing to work at a more stable speed all the time. The invention can adapt to the random change of the trace and the retrace of the input data and prevent the formatting mistake.

A method and system for product fulfillment in an automated manufacturing system is disclosed. The method and system of the present invention includes obtaining requirements for a product from a customer. The method and system further includes creating a plan from the requirements using a descriptive language. The plan is then conveyed to an automated manufacturing system for use in manufacturing the product.

The invention discloses a software debugging method and a software debugging system. The method comprises the following steps of: setting key debugging information by using an embedded system descriptive language; storing the key debugging information as a description file in the format of embedded system software debugging information; parsing the description file and modifying an executable file generated by debugging codes according to the parsed description file; and running the debugging codes according to the modified executable file and recording a debugging result. Through the method and the system provided by the invention, the workload of system porting can be reduced during debugging, and the characteristics of light weight, high scalability, strong operability, platform independence and the like are obtained.

A development system for developing new peripheral software code for new peripheral hardware that will be used in a new integrated system. The development system includes a legacy, or preexisting, integrated system substantially the same as the new integrated system. A model of the new peripheral hardware is made. Each I/O register of the model is mapped into memory-mapped I/O space. Development code corresponding to the new peripheral software code is executed on the preexisting hardware so as to interact with the model via the memory-mapped I/O space. In one embodiment, the model is executed as an embedded model on the preexisting integrated system. In another embodiment, the model is executed as a non-embedded model on a hardware descriptive language simulator.

The invention relates to an intelligent simulation algorithm matching method for three-dimensional dynamic fluid. The intelligent simulation algorithm matching method includes: building fluid simulation algorithm libraries comprising an algorithm equation library, a fluid material library, a three-dimensional flow field library and a target fluid describing language; intelligently matching fluid simulation algorithms: setting the target fluid describing language, finding the describing language corresponding to given conditions from the algorithm equation library by a system according to input condition information and utilizing an algorithm equation mapped by the describing language as a matched simulation algorithm equation of a target fluid; rebuilding a three-dimensional dynamic fluid model in real time, drawing three-dimensional fluid, proving simulation effect of the fluid and analyzing accuracy and effectiveness of the algorithms and parameters; controlling parameter and algorithm reconstitution; establishing an intelligent learning mechanism of the fluid simulation algorithms, storing the intelligent learning mechanism into the algorithm library together with the reconstitution algorithms and parameters passing effect proving, and setting up a matching relation between the intelligent learning mechanism and the keyed-in conditional information describing the fluid to be as a matching algorithm alternative item in future similar occasions, so that the system can complete the optimum screening configuration through intelligent learning.

The invention discloses a method for obtaining an interior design scheme rapidly. The method for obtaining the interior design scheme rapidly comprises the steps that (1) prototype rooms are designed, wherein function area division is conducted according to the types of the rooms, each function area is designed to be in a small size or a medium size or a large size, and then the styles are designed by designers; (2) designing of the prototype rooms by the designers, making of the function areas and recording are all achieved in a simple system according to a simple protocol rule by means of simple computer descriptive languages and simple formulas; (3) the designed prototype rooms are converted into function languages and computational formulas, and the function languages and the computational formulas are transmitted to a cloud platform and then are synchronized into simple software of physical stores in any places in the world through the cloud platform; (4) the size dimensions and the positions of the function areas are adjusted according to the room types of the physical stores, the corresponding prototype rooms are selected, and the design functions and the formulas of the prototype rooms designed in advance are converted into three-dimensional models through a computer, and then the three-dimensional models are presented.

A method of generating a scenario includes generating a specification model by describing a specification in a predetermined descriptive language, extracting a plurality of operations from the specification model, generating a plurality of operation descriptions, each of which corresponds to one of the operations and includes an operation name and a constraint condition, generating at least one cause-effect graph that combines the operations based on the operation descriptions, and extracting as a scenario a series of operations from the cause-effect graph.

A PDM method and system is described, wherein documents associated with products are stored in at least one PDM server (2) and data exchange (4, 6, 8, 14, 16) between the at least one PDM server (2) and clients (20, 22, 24, 26) of divisions via at least one interface (46, 47, 48, 49) per division is provided. Tasks are defined (21, 23, 25) for managing product data using a descriptive language. These task definitions are automatically translated (40) into corresponding process execution instructions for clients (20, 22, 24, 26) of the divisions which are concerned by the defined tasks and the interfaces (46, 47, 48, 49) belonging to divisions which are concerned by the defined tasks are automatically configured (42) for according to the defined task necessary data exchange (4, 6, 8, 14, 16, 18) between clients (20, 22, 24, 26) of concerned divisions and the at least one PDM server (2). The PDM system according to the invention provides a configuration engine (140) which is provided for automatically translating the task definitions into corresponding process execution instructions for the clients (120, 122, 124, 126) and automatically configuring the interfaces (146, 147, 148, 149) concerned with the task definition for according to these defined tasks necessary data exchange between clients (120, 122, 124, 126) of the divisions and the PDM server. As descriptive language XML is used preferably. The method as well as the system according to the invention can also be used to provide a PLM or a PDM/PLM method and system.

The invention provides an intelligent substation switching operation ticket system. The system comprises a rule base module, a language analysis module, a ticket release safety verification interface, an intelligent reasoning module, an operation ticket production module, a graphic display module and the like. Compared with the existing operation ticket system, the intelligent substation switching operation ticket system provided by the invention has the following characteristics: maintainability: the ticket issue operation process is described by a 'five-prevention' rule descriptive language and is independent of procedures so that the common business personnel can conveniently and dynamically update the 'five-prevention' rule of operation tickets; intellectualization: the 'five-prevention' safety verification rule and the intelligent reasoning rule of the operation tickets can be automatically applied, and the operation tickets can be automatically and intelligently listed according to operation tasks and equipment status before and after ticket issue; and support on off-line operation: the system can support on-off operation ticket tissue operation and meet the requirements of a substation for mobile ticket tissue, ticket tissue in different places and on-off ticket tissue.