893 results about "Code conversion" patented technology

Methods, systems, and computer program products for improving the transcoding operations which are performed on structured documents (such as those encoded in the Hypertext Markup Language, or "HTML") through use of annotations. Source documents may be annotated according to one or more types of annotations. Representative types of annotations direct an annotation engine to perform selective clipping of document content, provide enhanced HTML form support, request node and/or attribute replacement or the insertion of HTML or other rendered markup syntax, and direct a transcoding engine to provide fine-grained transcoding preference support (such as controlling transcoding of tables on a per-row or per-column basis). The disclosed techniques may be used with statically-generated document content and with dynamically-generated content. Annotation is performed as a separate step preceding transcoding, and a modified document resulting from processing annotations may therefore be re-used for multiple different transcoding operations.

An analyzer for maintaining and analyzing source code is disclosed. The analyzer includes a software translator for converting conventional source code into an intermediate language, slicing capability based upon weakest precondition determination, dual direction flow analysis and incorporation of a computational model to facilitate iterative code.

When image data of a bar code displayed on a cellular phone and read by a vending machine or the like are sent to a server apparatus, the apparatus converts the code to a numerical value. The apparatus divides the code value by divisor A to obtain remainder a, and divides the code value by divisor B to obtain remainder b. The least common multiple for the numeric value A and the numeric value B is greater than the difference between the maximum and minimum values that the bar code value assumes. The apparatus refers pointers registered in a storage position corresponding to remainder a in the first table and pointers registered in a storage position corresponding to remainder b in the second table. The apparatus authenticates the user when the same user information in a user database can be accessed from both the first table and the second table.

Systems and methods for processing documents are disclosed. Documents received at a data server are transcoded using locally stored or generated code books. Code books for transcoded documents received at a wireless mobile communication device are either retrieved from a memory on the device or requested from a data server. In response to a code book request, a data server retrieves a requested code book from a local memory or generates the requested code book and returns the requested code book to a requestor. A wireless mobile communication device may also generate and transcode XML documents using a locally stored code book, a locally generated code book, or a code book received in response to a code book request.

The present invention provides a gaming machine comprising: variable display means for variably displaying plural symbols in plural rows; internal winning combination determination means for determining an internal winning combination for each game; stop operation means which enables a player to perform a stop operation for stopping the variable display by the variable display means; and image display means for displaying an image, the gaming machine further comprising: input operation means for inputting game arcade-related information about a game arcade in which the gaming machine is installed; two-dimensional code conversion means for converting the game arcade-related information which has been input through the input operation means into a two-dimensional code; and display control means for displaying a two-dimensional code image indicating the two-dimensional code converted by the two-dimensional code conversion means on the image display means.

An apparatus and method for partitioning programs between a general purpose core and one or more accelerators are provided. With the apparatus and method, a compiler front end is provided for converting a program source code in a corresponding high level programming language into an intermediate code representation. This intermediate code representation is provided to an interprocedural optimizer which determines which core processor or accelerator each portion of the program should execute on and partitions the program into sub-programs based on this set of decisions. The interprocedural optimizer may further add instructions to the partitions to coordinate and synchronize the sub-programs as required. Each sub-program is compiled on an appropriate compiler backend for the instruction set architecture of the particular core processor or accelerator selected to execute the sub-program. The compiled sub-programs and then linked to thereby generate an executable program.

The invention is related to method and system for accessing commuter resources through mobile terminal. The system includes mobile terminals connected through Internet, and computer with resource server and code conversion unit. The method includes steps: through network, connecting to resource server on a computer, mobile terminal browses resources opened by the server, and reports information of own capability set to the server; based on information of capability set of mobile terminal, the server converts codes of the selected resources to format suitable to mobile terminal as well as transmits selected resources in suitable format to mobile terminal; the mobile terminal receives and/or displays content of resource with codes being converted. Using mobile terminal such as mobile phone through wireless network, the invention makes user possible to access contents of resources on computer as well as down loads, displays and plays codes converted contents on mobile terminal.

Disclosed is a voice code conversation apparatus to which voice code obtained by a first voice encoding method is input for converting this voice code to voice code of a second voice encoding method. The apparatus includes a code separating unit for separating, from the voice code based upon the first voice encoding method, codes of a plurality of components necessary to reconstruct a voice signal, code converters for dequantizing the codes of each of the components and then quantizing the dequantized values by the second voice encoding method to thereby generate codes, and a code multiplexer for multiplexing the codes output from respective ones of the code converters and transmitting voice code based upon the second voice encoding method.

A code conversion/transmission apparatus for being supplied with compressed encoded data and converting and outputting the data to a transmission path has code converter/transmitters for outputting the encoded data input thereto and encoded data produced by re-encoding the encoded data input thereto, or outputting a plurality of encoded data comprising encoded data produced by separately re-encoding the encoded data input thereto, respectively, and transmitting the plurality of encoded data to at least one transmission path. At least a portion of the encoded data input thereto and at least a portion of the re-encoded encoded data are transmitted to the transmission path.

An emulator uses code translation and recompilation to execute target computer system applications on a host computer system. Target application code is partitioned into target application code blocks, and related target application code blocks are combined into block groups and translated. Translated application code block groups are sized to comply with restrictions on branch instruction size. Upon selecting an application code block group for execution, a cache tag is used to determine if a corresponding translated code block group is available and valid. If not, the block group is translated and executed. Sequentially executed translated code blocks are located in adjacent portions of memory to improve performance when switching between translated code blocks. The emulator may use a link register of the host computer system to prefetch instructions and data from translated code blocks. The emulator also takes into account structural hazards in translating instructions.

The invention discloses a video distributed coding format converting method which mainly comprises the following steps: slicing the original video, slicing a complete, big and long-duration video into several small videos, and converting the video code of the small videos to ensure that every piece of the video is an independent video sub-block, the smaller the video blocking is, the less elapsed time the code converting needs, thus the real-time property can be ensured; because the consumption on the computer resource is very high in code conversion, for reducing the characteristic of high consumption of the computer resource, the sliced video is sent to the resource idle code converting server to convert the code, therefore, not only is the code converting efficiency improved, but also the load of a single computer is reduced.

An arrangement, storage medium and method are provided to convert a particular proprietary language Device Description file and/or a particular Device Description language source code associated with a particular type of a field device into a particular non-proprietary language Device Description file, and to transmit the particular non-proprietary language Device Description file from a first processing system to a second processing system using a particular Web Service. For example, the particular non-proprietary language Device Description file can be a non-binary coded Device Description file, and the non-binary coded Device Description file can be an Extensible Mark-up Language Device Description file. Moreover, the second processing system can use Simple Object Access Protocol to request the particular Web Service used in the transmission of the Extensible Mark-up Language Device Description file.

Embodiments of the invention disclose an image-based interface code generation method and system. The method comprises the steps of inputting a to-be-processed UI design graph and performing preprocessing; performing type identification on the processed design graph and judging use of a UI; obtaining a plurality of graphic layers by utilizing snake-like traversal and deep search methods; identifying indivisible minimum sub-graphic layer content in combination with positioning in different types of interfaces by utilizing texts; establishing a hierarchical data structure for recording webpage information of the graphic layers in the UI design graph, controls, images, text content and attributes; and obtaining a complete HTML code of the interface by utilizing a method for generating different graphic layers by recursion. According to the embodiments of the method and system, the code conversion efficiency of the image interface is enhanced and the user experience is improved.

The present invention relates to a method for modifying a digital document, comprising steps of detecting embedded data contained in the document; extracting said data from said document; storing said data as a separate file; and replacing said extracted data in said document with a reference to said file. The method may be performed by a transcoding server in order to increase the overall performance of a mobile client terminal equipped with a web browser.

The invention relates to an industrial robot offline programming system that includes text edit and code conversion module that realizes G code digital control program converting to INFORMII code working program by my MOTOMAN robot to generate full MOTOMAN robot working file and realizes offline programming, visual verifying module that verifies and simulates the moving track by 3D image method. Communicating and telecontrol module realize communication between the processed file and MOTOMAN robot and download and upload program and telecontrol.

If TDM connections are through-connected from the originating TDM network to the target TDM network via a data network in the form of backbone, e.g. VoIP, the switchover between the TDM network and the data network takes place via media gateways. As is the case with connections exclusively between TDM, the coding algorithms of the A face and the B face have to be identical. In TDM networks, coding is done according to A Law and μ Law. When switching from an A Law network to a μ Law network, the coding specifications have to be converted. In order to carry out a conversion in a TDM environment, at the switchover point the μ Law face has to convert to A Law. The same applies to VoIP. The invention relates to the integration of this switchover conversion rule in the codec negotiation procedure so that in principle a μ Law A face offers μ Law and, alternatively, A-Law to the B face; a μ Law B face accepts μ Law whereas an A-Law B face acknowledges A-Law. Furthermore, 64 kBit/s unrestricted preferred connections are considered in fall back mode, wherefore an additional logic is integrated into the codec modification procedure by means of which in principle μ Law and, as an alternative, A-Law are offered to the B face in addition to the transparent CODEC or instead of offering a μ Law A face to the TMR only. The B face first accepts the transparent CODEC on the basis of the list or the TMR ‘64 kBit/s unrestricted preferred’. When receiving the TMU, the B face selects the Codec to satisfy the code conversion rule.

A method and system for performing reliability analysis of disk drive failure mechanisms is provided. The information for performing the analysis is obtained in accordance with the invention from a database generated from identification information stored about individual drives, and drive families, that are deployed in the field. An error database stores error codes that are issued by a disk drive upon a particular event. These error codes are reported to a storage system administrator and recorded in the error database. The disk drive information and the error codes are mapped, and error codes are translated into failure mechanisms for a particular drive family. An analysis is performed whereby a hazard rate plot is provided for either all failure indicators or selected failure indicators or subpopulations for a particular drive family over a given time.

The invention provides a vehicle dynamic information system based on GPS (global position system) satellite positioning and an ECU (electronic control unit). The vehicle dynamic information system comprises a vehicle information acquisition module which is used for acquiring GPS positioning information and status information of a vehicle and is arranged on the motor vehicle, and a vehicle GPS data analysis module, a vehicle status data analysis module, a video data analysis module and a GIS (geographic information system) module which are arranged on a service side, wherein the vehicle information acquisition module can automatically obtain GPS positioning data and vehicle travelling computer data; after data compression and code conversion, the data is transferred to a gateway server to be received through a GPRS (General Packet Radio Service)/GSM (Global System for Mobile Communications) network; the gateway server can convert and decode the data to obtain a terminal original record which is then stored in a database; an end user can access the system through a WEB browser and can check the vehicle dynamic data. The vehicle dynamic information system provided by the invention has the advantages that the problems such as poor transportation safety, traffic jam and environmental pollution are effectively solved, the traveling efficiency of the vehicle is also improved, the probability that the vehicle is stolen is lowered, and the private use of government vehicles is reduced.

A method transcodes an image in the form of an encoded input bitstream. The input bitstream includes quality layers, each quality layer includes a resolution levels, each resolution level includes components, each component includes precincts, and each precinct includes a packet partition location, a header length, and a body length. The input bitstream is decoded partially to obtain a structure of the encoded input bitstream. Coordinates of a region-of-interest in the image are specified, and progressive parameters are defined. The partially decoded input bitstream is then encoded according to the structure, the coordinates, and the progressive parameters to obtain an encoded output bitstream.