30 results about "Object specification" patented technology

A method and an apparatus automatically recognize or verify objects in a digital image using probability models. According to a first aspect, a method and apparatus automatically recognize or verify objects in a digital image by: accessing digital image data including an object of interest therein; detecting an object of interest in the image; normalizing the object to generate a normalized object representation; extracting a plurality of features from the normalized object representation; and applying each feature to a previously-determined additive probability model to determine the likelihood that the object of interest belongs to an existing class. In one embodiment, the previously-determined additive probability model is an Additive Gaussian Model.

A first icon displayed on a display is selected, and is specified by a source object specification section as a source object. Next, the first icon is dragged to the vicinity of a second icon (folder), so that the second icon is selected. Then, the first icon is dragged to the vicinity of third and fourth icons (folders) with a “Shift” key on a keyboard of an input device pressed, so that the third and fourth icons are selected. Next, the selected second to fourth icons are specified as target objects. The source object (file) is then copied to each of the target objects (folders).

A reconfigurable multi-media system, method and device provides monitoring and reconfiguration of a plurality of communication layers of a communications stack to dynamically reconfigure the modulation and coding of software defined radio (SDR). The system includes a software object radio (SWR) library having reconfigurable object specification, design and performance parameters, the SWR is adapted for at least one of transmitting and receiving multi-media content via wireless communication; a controller in communication with the SWR library; a power management device module in communication with said controller; a reconfigurable encoder / decoder in communication with said controller to provide the SWR with dynamic coding information for modulation; a TCP / IP interface in communication with said reconfigurable encoder / decoder and said controller; and an application layer comprising a link layer and a reconfigurable physical layer in communication with each other and said controller, the physical layer adapted for communication with a channel, and the application layer including at least one driver for multi-media delivery. The controller monitors the physical layer and link layer information and the reconfigurable encoder / decoder dynamically reconfigures modulation and coding of multi-media content according to a cross-layer optimization approach.

An omnidirectional image processing apparatus is provided that enables the visibility of a specified monitoring object in an omnidirectional image to be improved while maintaining the continuity of that omnidirectional image. An omnidirectional image processing apparatus (400) is an apparatus that performs image processing on an omnidirectional image, and has a monitoring object specification section (405) that specifies a monitoring object photographed in the omnidirectional image, an image rotating section (406) that rotates the omnidirectional image so that the position of a specified monitoring object becomes upper-central, and a center position moving section (407) that moves the center position of the omnidirectional image rotated by the image rotating section (406) downward by means of warping processing.

A method for performing exception handling operates within a computer controlled multi-step production system for producing objects. The system includes a system controller, within which reside a planner / scheduler and module controller(s). The system controller receives a stream of object specifications for objects to be produced including the jobs to which they belong. The planner / scheduler plans and schedules the jobs incrementally, and the system controller sends commands to the module controller(s) directing production of the planned and scheduled objects by production system modules. The method includes receiving notice in the system controller of a problem situation present within the multi-step production system and halting planning for the production of subsequent objects. Plans are canceled plans for all objects that have not begun production, and all objects affected by the problem situation are marked as bad objects. The system controller planned exception handling / recovery or module controller directed exception handling / recovery is applied and normal operation is resumed.

PROBLEM TO BE SOLVED: To provide a production management device capable of reducing man-hour required from discovery of a task to factor analysis in a production system. ŽSOLUTION: A graph display part 16 totals information indicating processing statuses regarding the respective work IDs and performs control for displaying processing status analysis information based on at least one parameter on a display device 2B as an analysis result of processing statuses. When an improvement object specification part 15 accepts input of a parameter value of an event for improvement from a user, a work ID list display part 14 displays a list of applicable work IDs. A work ID / process specification part 13 recognizes a work ID selected by the user from the list of work IDs and a selected process and an image display part 12 displays a pickup image regarding the selected work ID and the process on the display device 2B. Ž

Displaying a normalized object is disclosed. Displaying includes receiving an object that has been automatically detected from an image, normalizing the object, and displaying the normalized object. Normalizing may include performing a color transformation.

Virtual property system for globally-significant objects across autonomous computing environments. Objects with global persistence and identity are instantiated by a plurality of their real-world claim-holders through authentication of a computer-readable object specification and owner identity. Owner may then claim benefit of the object across autonomous computing environments such as virtual worlds by authenticating his identity. Ownership transfer is accomplished through the current owner authenticating an ownership transfer document. When used in conjunction with the owner-proxy method, object transfer may occur without the distribution of ownership revocation lists.

A segmentation method receives a learning image and an objects of interest specification. A segmentation learning method creates a segmentation recipe output. It performs a segmentation application using the second image and the segmentation recipe to create a segmentation result output. The segmentation learning method includes an object region of interest segmentation learning step and an object type specific segmentation learning step. The segmentation application method includes an object region of interest segmentation step and an object type specific segmentation step. The learnable object segmentation method further comprises an online learning and a feedback learning step that allows the update of the segmentation recipe automatically or under user direction.

The invention discloses a shape representing and matching method for trademark image retrieval and relates to image search. The method comprises characteristic representation of trademark object shape and match of extracted characteristic, specifically comprising the following steps: 1) normalizing an object; 2) calculating the minimum circumscribed circle of the target object; 3) concentrically dividing a target region in equal area; 4) dividing the concentric circular region to blocks; 5) calculating and extracting characteristic; 6) generating corresponding binary shape characteristic string for each trademark object in a trademark library to match; and 7) judging the matching result of the binary shape characteristic string is a similarity numerical value in an interval of [0, 1]. The method can be directly applied to trademark image and further can be applied after dividing the trademark image to obtain the target object, so that the image is precisely matched in the object level, thereby effectively solving the problems of invariance of translation, rotation and rotation transformation of the target object in the shape matching process, more quickly and accurately searching for the target picture and reducing the trademark searching time and efficiently outputting the required target picture.

A method for generating application-specific input files for applications that require input files in varying file formats, where data for specifying industrial equipment are stored in a database of a computer system as XML-formatted files, which are based on a class model, and a modular transformation into at least one application-specific input file takes place. One or more of the XML files are loaded into a memory, decoded, interpreted and verified—particularly with regard to semantics and consistency. In the absence of an error specifications of objects of the industrial equipment are generated in XML format based on the verified XML files by using an interface containing descriptions of the functionality of the respective applications. The at least one application-specific file is generated via canonical transformation from the generated object specifications in XML presentation.

An object of the present invention is to achieve an efficient and low-cost processing for switching contents on a display according to travel areas, time frames and vehicle attributions of a transportation object. To this end, the present invention provides a system constituted of a content delivery server and the e-paper. The content delivery server includes: an designation receiving unit for storing schedule designation information in a database of content / schedule information; a transportation object specification unit for specifying a transportation object according to attribute information of an e-paper; a travel schedule specification unit for specifying information on a scheduled travel time in an display area; an interval-period computing unit for associating a display period of content with a display area; a travel area specification unit for storing information on a travel area corresponding to the display area; a content setting unit for associating the information on the travel area with attribute information of the content; and a delivery processing unit for transmitting, to the e-paper, display schedule information and the content. The e-paper includes: a data obtaining unit for obtaining contents and display schedule information from the content delivery server; and a display processing unit for switching the contents to be output on a display panel according to the display schedule of the contents.

An input unit (14) receives an input of structural object specification information of a structural object which is a drafting target of a maintenance plan, and a data input and output unit (16) acquires inspection result data (current data) including positional information and an image of a structural object corresponding to the structural object specification information from a data storage unit (50). A captured image analysis unit (18) analyzes an image included in the current data, and detects a damaged portion of the structural object. A priority level calculation unit (20) calculates a damage level based on a degree of damage of each damaged portion, predicts a future damage progression by referring to damage history data from the positional information of each damaged portion, and determines maintenance priority level by using the damage level and the prediction result of the future damage progression. A data processing unit (22) outputs a maintenance plan including the maintenance priority level on a display unit (24).

An omnidirectional image processing apparatus enables the visibility of a specified monitoring object in an omnidirectional image to be improved while maintaining the continuity of that omnidirectional image. The omnidirectional image processing apparatus performs image processing on an omnidirectional image, and has a monitoring object specification section that specifies a monitoring object photographed in the omnidirectional image. The omnidirectional image processing apparatus also has an image rotating section that rotates the omnidirectional image so that the position of a specified monitoring object becomes upper-central, and a center position moving section that moves the center position of the omnidirectional image rotated by the image rotating section downward by means of warping processing.

An object of the present invention is to achieve an efficient and low-cost processing for switching contents on a display according to travel areas, time frames and vehicle attributions of a transportation object. To this end, the present invention provides a system constituted of a content delivery server and the e-paper. The content delivery server includes: an designation receiving unit for storing schedule designation information in a database of content / schedule information; a transportation object specification unit for specifying a transportation object according to attribute information of an e-paper; a travel schedule specification unit for specifying information on a scheduled travel time in an display area; an interval-period computing unit for associating a display period of content with a display area; a travel area specification unit for storing information on a travel area corresponding to the display area; a content setting unit for associating the information on the travel area with attribute information of the content; and a delivery processing unit for transmitting, to the e-paper, display schedule information and the content. The e-paper includes: a data obtaining unit for obtaining contents and display schedule information from the content delivery server; and a display processing unit for switching the contents to be output on a display panel according to the display schedule of the contents.

A simulator of WBEM / CIM indication providers conforming to the CIM Indication Provider object specification simulates both the CIM indication provider and the means to drive the associated CIM events. The simulator comprises three functionally unique pieces: one or more CIM indication provider drivers, one or more CIM event trigger drivers, and a control application. This modularization creates flexibility in configuring the simulator to stress test different aspects of an operating system's underlying support for CIM indications. Modularization also makes the simulator design operating system independent. Provision is made in the simulation for generation of additional CIM events as background activity on the operating system.

Print objects (38) are captured. In the process of capturing each of the print objects (38) a user input gesture (34) over a region of a document (18) being rendered on a display (16) in accordance with a structured object specification (20) of the document (18) is received; an element of the structured object specification (20) being rendered within an active area of the user input gesture (34) on the display (16) is identified; the user input gesture (34) is interpreted as a print content designation command; and the print object (38) is derived from the structured object specification (20) in accordance with the identified element of the structured object specification (20) and the print content designation command. A print layout (32) of the print objects (38) on one or more pages (50) is determined. The print layout (32) is outputted.

The present invention provides a novel object manipulation mode in which the head motion of a Head-Mounted Display (HMD) body is associated with manipulation of an object arranged in an immersive three-dimensional virtual space. A computer program for causing a computer to function as: a visual-field determination unit for determining visual-field information in a virtual space on the basis of head inclination information detected by an inclination sensor provided to a head-mounted display connected to the computer; an image generation unit for generating a visual-field image of the virtual space for display on the head-mounted display on the basis of the visual-field information; an object specification unit for specifying an object arranged on a reference line-of-sight in the virtual space, the reference line-of-sight being determined in correlation with the prescribed position of the visual-field image; and an object manipulation unit for executing, in response to the object specification, a manipulation on the specified object in accordance with a head-inclining motion along a prescribed direction of the head-mounted display.

The invention relates to a family file processing method and device, computer equipment and a storage medium. The method comprises the steps of obtaining file attribute information and graphic information of family files; and respectively executing encryption operation on the file attribute information and the graphic information to generate an encrypted encrypted family file, wherein the file attribute information is used for representing an object specification in the family file; wherein the graphic information is used for representing visual features of the family files; therefore, when the encrypted family file is loaded into the project and is in a family editing mode; the file attribute information is encrypted; therefore, information such as object specifications in the family filecannot be obtained; the confidentiality of family files is realized; in addition, due to the fact that the graphic information is encrypted, normal geometric figures of the objects cannot be displayed in the family editing mode, users who are not allowed to check the geometric figures of the family files are prevented from imitating the geometric figures of the family files, the safety of the family files is greatly improved, and the loss of labor achievements of designers is avoided.

A region specification apparatus, a region specification method, and a region specification program efficiently specify any object included in an input image. A convolutional neural network of an object specification unit generates a convolutional feature map from an input image (S0). A first discriminator selects an anchor based on a similarity in shape and size to a ground truth box including an object candidate from among a plurality of anchors having various shapes and various sizes. The first discriminator specifies an object candidate region in the input image based on the selected anchor.

A simulator of WBEM / CIM indication providers conforming to the CIM Indication Provider object specification simulates both the CIM indication provider and the means to drive the associated CIM events. The simulator comprises three functionally unique pieces: one or more CIM indication provider drivers, one or more CIM event trigger drivers, and a control application. This modularization creates flexibility in configuring the simulator to stress test different aspects of an operating system's underlying support for CIM indications. Modularization also makes the simulator design operating system independent. Provision is made in the simulation for generation of additional CIM events as background activity on the operating system.

An information processing apparatus includes a display unit, an attachment / release detection unit configured to detect that a detachable input device is attached onto part of a display screen of the display unit, an object specification unit configured to specify an object which is disposed in an invisible region which is hidden by attachment of the input device on the display screen as a moved object and an object movement unit configured to move the moved object to a display region other than the invisible region on the display screen in a case where attachment of the input device is detected.

A delivery intelligent storage and taking annular device for adapting to the specification of an object by itself comprises a plurality of storing and taking openings and a storing area composed of an annular cabinet. The device comprises a plurality of specification computing systems, a plurality of conveying belts, an annular column, a plurality of user operation interface ports, a server, and a lifting platform mounted on an annular rail. Each specification computing system is arranged at one end of the corresponding conveying belt, and is composed of a base, a first pressure sensor attached to the base, an upper telescopic plate parallel to the base, a second pressure sensor attached to the upper telescopic plate, two side telescopic plates perpendicular to the base, and third pressure sensors attached to the side telescopic plates. The user operation interface ports are formed in taking and taking openings, and connected with the server and are used for setting recognition information of object storing and taking. The server comprises a specification matching unit, a lifting platform control unit and a telescopic supporting strip control unit.

The present application relates to a family file processing method, apparatus, computer equipment and storage medium. The method includes: acquiring file attribute information and graphic information of a family file; respectively performing encryption operations on the file attribute information and graphic information to generate an encrypted encrypted family file. Among them, the file attribute information is used to represent the object specifications in the family file, and the graphic information is used to represent the visual characteristics of the family file. Therefore, when the encrypted family file is loaded into the project and is in the family editing mode, due to the It is encrypted, so the object specifications and other information in the family file cannot be obtained, and the confidentiality of the family file is realized. In addition, because the graphics information is also encrypted, in the family editing mode, the normal geometry of the object cannot be displayed, avoiding Users who are not allowed to view the geometric figures of the family file are simulated, which greatly improves the security of the family file and avoids the loss of the labor results of designers.

The invention discloses a logistics sorting system. The system is characterized by comprising a recognition unit, an archival storage unit, a memory study unit, a control unit, a sorting device, a conveying device and a sorting way port; an intelligent algorithm is adopted, particularly, data a is input, a result y is output, the relation among a sorting algorithm F, a search algorithm S and knowledge analysis A is weighed, finally, output is determined through calculation recommendation, t is reaction time, and the formula: sigmaY=F(S(a)&A(a))%*t is met. The limit for packaged object specifications is greatly lowered, normalization of logistics information is greatly improved, the logistics distribution error rate is reduced, the defect that no corresponding distribution scheme exists inlogistics information transfer management is well solved, the self learning effect of real-time work and real-time updating is achieved, the accuracy of the logistics distribution scheme is greatly improved, and the sorting efficiency can be greatly improved by introducing the algorithm formula.

A software specification development assistance method and a software specification development assistance device. The norm checking unit judges whether the two norms of the propositional form are contradictory or duplicative, with respect to the norm of the propositional form of the arbitrary checking object and the normative of the propositional form of the arbitrary comparison target acquired from the propositional rule storage unit, and if contradictory or duplicative, Then decompose the specification of the propositional form as the object of inspection into the specification of the propositional form that is contradictory or repeated with the specification of the propositional form of the comparison object, and the specification of the propositional form that is not contradictory or non-repetitive with the specification of the propositional form of the comparison object , registered in the inspection result storage unit, the decision table generating unit acquires either or both of the propositional-form specifications from the inspection-result storage unit, and fetches the condition part and the result of the propositional-form specification for each of the propositional-form specifications The row of the decision table is generated by using the section, and the display range is indicated in the column of the corresponding row of the column corresponding to the specification of the propositional form.