310 results about "Interpreter" patented technology

A system and method for extracting data, hereinafter referred to as MitoMine, that produces a strongly-typed ontology defined collection referencing (and cross referencing) all extracted records. The input to the mining process can be any data source, such as a text file delimited into a set of possibly dissimilar records. MitoMine contains parser routines and post processing functions, known as ‘munchers’. The parser routines can be accessed either via a batch mining process or as part of a running server process connected to a live source. Munchers can be registered on a per data-source basis in order to process the records produced, possibly writing them to an external database and / or a set of servers. The present invention also embeds an interpreted ontology based language within a compiler / interpreter (for the source format) such that the statements of the embedded language are executed as a result of the source compiler ‘recognizing’ a given construct within the source and extracting the corresponding source content. In this way, the execution of the statements in the embedded program will occur in a sequence that is dictated wholly by the source content. This system and method therefore make it possible to bulk extract free-form data from such sources as CD-ROMs, the web etc. and have the resultant structured data loaded into an ontology based system.

A software system is provided to allow a computer to install and process web applications according to the invention. Such web applications are written as web pages that have access to the full range of operating system resources, including those not accessible through a web browser. Preferably, a web application is built using three types of languages used for constructing web pages, namely: (a) a visual presentation language; (2) a data modeling language; and (3) a scripting language for embedding logic. The software system preferably comprises a web application manager, an operating system interface module, a scripting language interpreter, and optionally a web browser and / or a data modeling language processor. Various other features such as data caching and security filtering are provided in accordance with such a system.

Dynamically generating a vocal help prompt in a multimodal application that include detecting a help-triggering event for an input element of a VoiceXML dialog, where the detecting is implemented with a multimodal application operating on a multimodal device supporting multiple modes of interaction including a voice mode and one or more non-voice modes, the multimodal application is operatively coupled to a VoiceXML interpreter, and the multimodal application has no static help text. Dynamically generating a vocal help prompt in a multimodal application according to embodiments of the present invention typically also includes retrieving, by the VoiceXML interpreter from a source of help text, help text for an element of a speech recognition grammar, forming by the VoiceXML interpreter the help text into a vocal help prompt, and presenting by the multimodal application the vocal help prompt through a computer user interface to a user.

A business application development environment and a corresponding business application execution environment is disclosed. A graphical user interface based Workflow Designer allows a user to easily create business applications graphically. The business applications are converted into the Business Process Modeling Language (BPML). Existing BPML applications may also be edited with the graphical user interface BMPL designer of the present invention. Created business applications (that are represented in BPML) can then be hosted on any XML based web services server system. Business applications generally operate on business objects. The objects allow for fields to include functions that combine other fields. Once an application has been designed, the BPML code may be executed using a BPML execution engine. The BPML execution engine executes the BPML based applications. One embodiment interprets BPML applications with an interpreter in the execution engine. Another embodiment compiles the BPML applications into directly executable code.

An integrated circuit card is used with a terminal. The integrated circuit card includes a memory that stores an interpreter and an application that has a high level programming language format. A processor of the card is configured to use the interpreter to interpret the application for execution and to use a communicator of the card to communicate with the terminal.

A method and system for relocating executable instructions to arbitrary locations are disclosed. The instruction relocation may be arbitrary or random, and may operate on groups of instructions or individual instructions. Such relocation may be achieved through hardware or software, and may use a virtual machine, software dynamic translators, interpreters, or emulators. Instruction relocation may use or produce a specification governing how to relocate the desired instructions. Randomizing the location of instructions provides defenses against a variety of security attacks. The disclosed embodiments provide many advantages over other instruction relocation techniques, such as low runtime overhead, no required user interaction, applicability post-deployment, and the ability to operate on arbitrary executable programs.

The present invention provides a technique for reaching consistent state in a multi-threaded data processing system. The data processing system is arranged to execute multiple program threads, with each program thread comprising program thread instructions. The system comprises a processor core operable to execute native instructions, and an interpreter operable, during execution of each program thread, to employ a table pointer to reference a table to determine for a current program thread instruction a sequence of native instructions to be executed by the processor core to effect execution of that current program thread instruction. In accordance with the present invention, a consistency module is provided which is responsive to occurrence of a predetermined event to cause the table pointer to be manipulated, such that for a predetermined number of the program threads, the interpreter will be operable to associate a subsequent program thread instruction with a predetermined routine to be executed by the processor core, the predetermined routine being operable to cause the state of the corresponding program thread to be made available for subsequent reference. It has been found that this technique provides a particularly efficient technique for ensuring that the predetermined number of program threads which need to be stopped upon occurrence of the predetermined event reach a consistent point before stopping, and that the consistent state of each relevant program thread is then made available for subsequent reference.

An XML-based symbolic computer language, interpreter, and corresponding execution environments are disclosed. The XML-based symbolic computer language, called “OLIN” (One Language Intelligent Network) enables a computer program to be written as an XML-compliant document. OLIN programs are interpreted by an interpreter by parsing the XML content to extract symbolic expressions embedded therein, and evaluating those symbolic expressions. The XML-based symbolic computer language is object-oriented and is based on inherent principles of the LISP programming language. Accordingly, code and data are treated the same. The language provides built-in structures and functions for implementing neural networks and genetic programming. OLIN programs may be executed by a single computer, or via a multiprocessing environment, including distributing processing environments and multiprocessor computers.

The invention relates to a computer program interpreter and a method for the same, using statistics to group (SR89, SR17 . . . SR6; SR4, SR34 . . . SR16) frequently used service routines (SR) in the same program function and to control encoding of instructions. Frequently used service routines are assigned shorter codes thus enhancing the performance of a simulator or emulator.

An asynchronous execution process to allow a compiler or interpreter to recognize code elements that may be executed out of order and to create a light weight thread for execution of the code element. This light weight thread may be executed on another processor in a multiprocessing environment. An “async” keyword is included in a language to indicate that a statement may be executed asynchronously with respect to the other statements at the same nesting level. The “async” keyword may also be used to modify the declaration of a function to indicate that it is safe to run the affected method out of order with other statements in a block. An “async_end” keyword is included in a language to indicate that asynchronous execution of a statement, block of code, or method must be complete before the next statement, block of code, or method may be executed.

In one embodiment, a system for executing a dialog using one or more Extensible Markup Language (XML) components and one or more embedded scripts includes an XML engine that parses an XML component describing a dialog. The XML component includes elements describing visual aspects of user interfaces (UIs) of the dialog and scripts describing functional aspects of the dialog. The system includes a graphical user interface (GUI) framework operable to access elements parsed from the XML component by the XML engine and generate the UIs of the dialog from the elements parsed from the XML component. The system includes a script engine including an interpreter that executes the scripts in the XML component in response to particular events to provide the functional aspects of the dialog and a runtime library including particular functions callable from the scripts in the XML component that provide particular functional aspects of the dialog when called. The scripts in the XML component have read / write access to elements parsed from the XML component by the XML engine.

This intermediate code execution system has a first subsystem (308) having a first interpreter (309) which corresponds to an instruction set generated during compilation and sequentially interprets and executes instructions included in an intermediate code, a second subsystem (310) having a preprocessing section (311) which applies to the intermediate code preprocessing to substitute an instruction pattern consisting of a plurality of instructions with an alternative instruction, and a second interpreter (312) which corresponds to an instruction set including the alternative instruction and sequentially interprets and executes an instruction code included in the preprocessed intermediate code, and a method analysis section (308) which selects either processing to execute the intermediate code by the first interpreter (309) or processing to apply preprocessing to the intermediate code by the preprocessing section (311) and then execute the intermediate code by the second interpreter (312).

The invention provides an implementation method of a formal semantic integration framework for model transformation of a numerical control system. According to the method, the formal semantic integration framework of the numerical control system is built, a field application model obtained by instantiation of a field meta-model can be transformed into a formal application model automatically through the integration framework, then the formal application model can be imported into a third party simulation verification tool for formal verification through a tool interpreter, or the formal application model can generate executable codes for a specific target platform through a code automatic generation interpreter. The method provides a strictly-defined formal specification for numerical control system development in order to accurately describe corresponding operational semantics of the system, so that precision verification can be performed on a numerical control system model through a computer tool, and system performances, such as reliability, security, etc., are greatly improved.

Embodiments of the present disclosure are directed to methods, computer program products, and computer systems of a robotic apparatus with robotic instructions replicating a food preparation recipe. In one embodiment, a robotic control platform, comprises one or more sensors; a mechanical robotic structure including one or more end effectors, and one or more robotic arms; an electronic library database of minimanipulations; a robotic planning module configured for real-time planning and adjustment based at least in part on the sensor data received from the one or more sensors in an electronic multi-stage process file, the electronic multi-stage process recipe file including a sequence of minimanipulations and associated timing data; a robotic interpreter module configured for reading the minimanipulation steps from the minimanipulation library and converting to a machine code; and a robotic execution module configured for executing the minimanipulation steps by the robotic platform to accomplish a functional result.

A portable camera with inbuilt printer device, has input means for uploading software. The camera includes a digital image capture device, an inbuilt programming language interpreter internally connected to the digital image capture device for the manipulation of the digital image captured by the capture device and a script input means for inputting a self documenting program script for the manipulation and filtering of said captured digital image to produce visual alterations of the image. A card reader optically reads the script printed as an array of dots on one surface of a portable card, which has a visual example of the likely effect of the script on a second surface of the card. The script is interpreted and executed by the interpreter to modify the captured digital image in accordance with the script to produce a digital image modified, in a manner as visually exemplified on said second surface of said card, which is then printed out on the inbuilt printer device.

For one embodiment, a computerized method for detecting exploit attacks on an interpreter comprises configuring a virtual machine including a user mode and a kernel mode and processing an object by an application operating in the user mode of the virtual machine. Responsive to the processing of the object, detecting a loading of an interpreter. Furthermore, responsive to the loading of the interpreter, inserting one or more intercept points for detecting one or more types of software calls from the interpreter or for detecting a certain type or certain types of activities occurring within the interpreter. Thereafter, an exploit attack is detected as being conducted by the object in response to the interpreter invoking a software call that corresponds to the one or more types of software calls that is considered anomalous when invoked by the interpreter or an anomalous activity being conducted within the interpreter.