117 results about "Command pattern" patented technology

In embodiments of the present invention improved capabilities are described for controlling a mobile communication facility utilizing ancillary information comprising accepting speech presented by a user using a resident capture facility on the mobile communication facility while the user engages an interface that enables a command mode for the mobile communications facility; processing the speech using a resident speech recognition facility to recognize command elements and content elements; transmitting at least a portion of the speech through a wireless communication facility to a remote speech recognition facility; transmitting information from the mobile communication facility to the remote speech recognition facility, wherein the information includes information about a command recognizable by the resident speech recognition facility and at least one of language, location, display type, model, identifier, network provider, and phone number associated with the mobile communication facility; generating speech-to-text results utilizing the remote speech recognition facility based at least in part on the speech and on the information related to the mobile communication facility; and transmitting the text results for use on the mobile communications facility.

A command pattern recognition system based on a virtual keyboard layout combines pattern recognition with a virtual, graphical, or on-screen keyboard to provide a command control method with relative ease of use. The system allows the user conveniently issue commands on pen-based computing or communication devices. The system supports a very large set of commands, including practically all commands needed for any application. By utilizing shortcut definitions it can work with any existing software without any modification. In addition, the system utilizes various techniques to achieve reliable recognition of a very large gesture vocabulary. Further, the system provides feedback and display methods to help the user effectively use and learn command gestures for commands.

In embodiments of the present invention improved capabilities are described for hybrid command and control between resident and remote speech recognition facilities in controlling a mobile communication facility comprising accepting speech presented by a user using a resident capture facility on the mobile communication facility while the user engages an interface that enables a command mode for the mobile communications facility; processing the speech using a resident speech recognition facility to recognize command elements and content elements; transmitting at least a portion of the speech through a wireless communication facility to a remote speech recognition facility; transmitting information from the mobile communication facility to the remote speech recognition facility, wherein the information includes information about a command recognizable by the resident speech recognition facility; generating speech-to-text results utilizing a hybrid of the resident speech recognition facility and the remote speech recognition facility based at least in part on the speech and on the information related to the mobile communication facility; and transmitting the text results for use on the mobile communications facility.

In a computer speech recognition system, the present invention provides a method and system for recognizing and executing a voice command that has a dictation portion. Upon receiving a user input, the spoken utterance is processed to identify a pattern of words which matches a pre-determined command pattern. Then, computer system command is identified that corresponds to the pre-determined command pattern and has at least one parameter. The parameter is extracted from a dictation portion of the spoken utterance which is separate from the pattern of words matching the command pattern. The computer system command is then processed to perform an event in accordance with the parameter. If the spoken utterance does not contain a pattern of words matching a pre-determined command pattern, then the spoken utterance is recognized as dictation and inserted at a specified location into an electronic document or other system or application software.

A method and system for gathering, collecting, and supplying geographically distributed data. In one embodiment, geographically distributed data is gathered in a server-commanded mode, such that the user of an electronic device need not participate in the capturing or transmitting of the data. In another embodiment, a server initiates requests the user of an electronic device to input data and the data then transmitted to the server. In another embodiment, a user initiates the capture of data with an electronic device and the electronic device transmits the data to a computer server. In another embodiment, the gathering of geographically distributed data is accomplished by the user of an electronic device instructing his electronic device to automatically collect input data and the data is then transmitted to a computer server. In embodiments of the present invention, the electronic device is a palm-sized computer system.

An improved apparatus is provided to attain enhanced convenience in controlling display of an electrical program guide with a smaller number of manipulating keys. An EPN mode for displaying the electrical program guide includes a main mode to display program information in a main window, a command mode to display EPN command icons in a command window, and an input mode to display an input window for entry manipulation corresponding to a specific command item. And the operation is shiftable to any of such modes selected by manipulation of a command key or an EXE key. In the main mode, there is set either a mode to display broadcast program information or a mode to display recorded program information on the basis of tape library data.

The invention provides an operating method for a display driver. An operation method of a display driver includes generating a count value by counting a period of a synchronization signal related to a synchronization packet received from a host, receiving a mode change command from the host, the mode change command indicating a change from a video mode transmitting first image data to a display by bypassing a frame memory to a command mode transmitting second image data to the display through the frame memory, and generating an internal synchronization signal having a period substantially equal to the period of the synchronization signal by using the count value based on the mode change command after a last pulse of the synchronization signal is generated. A time interval between the last pulse and a first pulse of the internal synchronization signal is equal to the period of the synchronization signal.

A system, method, data structure, and computer-readable medium for processing a command entered into a command processor interface in a data processing system. In accordance with the method of the present invention, a command is entered by a user into a command processor interface input line. A command path specified by the command processor interface is utilized for searching for the entered command. The command path includes at least one local path and a grid command directive. The grid command directive may include a grid service field containing a grid service specifier, and a host name field containing a locatable name or address of a processing or grid lookup resource. The grid command directive further includes a command field containing a grid resource lookup command. The command path searching includes sequentially processing the at least one local path and the grid command directive until an execution resource associated with the command is located.

A command decoder used for a microcontroller based Flash memory digital controller system includes multiple subsystems, including the command decoder, which serves as the main user interface for interpreting commands from a user and managing the priority of commands and command modes. The command decoder also stores crucial information including address, data, opcodes, and various flags registers that are used by other subsystems including the program buffer, burst read module, register block, and microcontroller. In addition, the command decoder contains clock synchronization logic, controls the sleep function of the microcontroller and serves as a test mode controller.

A facial feature analysis system for command applications for users with physical disabilities, like impaired users of wheelchairs, patient beds or other appliances is provided. The disclosed system includes a virtual filter bank and a virtual discriminator. The virtual filter bank comprises a feature localization main module having an ancillary data bank which supplies a special signal Sg for control functions. The system calculates face localization based on parameters of a holistic face-model, calculates feature localization based on parameters of an adaptive face graph, calculates feature extraction using stored feature values corresponding to selected validation and provides output signals using a signal delivery main module controlled by static and dynamic classification. The virtual discriminator bank calculates a user adapted allocation based on a face feature of the user and provides a periphery allocation for at least one command modus, and for calculating execution signals for said manipulators.

A method and apparatus for operating a component including a memory device. The method includes receiving a plurality of commands and determining if a set of the plurality of commands matches a predefined pattern of commands configured to place the memory device into a test mode. Upon determining that the set of the plurality of commands matches the predefined plurality of commands, the memory device is placed in the test mode.

A virtual reality system that uses gestures to obtain commands from a user. Embodiments may use sensors mounted on a virtual reality headset to detect head movements, and may recognize selected head motions as gestures associated with commands. Commands associated with gestures may modify the user's virtual reality experience, for example by selecting or modifying a virtual world or by altering the user's viewpoint within the virtual world. Embodiments may define specific gestures to place the system into command mode or user input mode, for example to temporarily disable normal head tracking within the virtual environment. Embodiments may also recognize gestures of other body parts, such as wrist movements measured by a smart watch.

A computer-implement method for manipulating onscreen data is disclosed. The method includes displaying content on a touch-sensitive display. A touch path is received from the touch-sensitive display. A command initiating path is identified from the touch path. At least one command operation is executed.

A servo controller is provided wherein a switch is turned on by a learning control start command from a master control unit, and positional deviation at respective cycles is read in. Correction data read out from a learning memory is added to the positional deviation, and the result is filtered by a band limiting filter and then stored in the learning memory as correction data. The correction data read out from the memory is compensated for phase delay, fall in gain, and the like, by a dynamics compensating element, and is added to the positional deviation and input to a positional control section. When the command pattern for the same shape is completed, and a learning control end command is output, the switch is turned off and learning control terminates.

In response to a learning control start command from an external apparatus, an input switch for inputting a position deviation to learning control means and an output switch for outputting correction data from the learning control means are turned on, respectively, so that a position deviation is captured for each period. The position deviation is added to correction data fetched from a learning memory, and the result is stored as correction data in the learning memory. On the other hand, a value obtained by compensating the correction data fetched from the learning memory with a dynamic characteristic compensation element is added to the position deviation, and the result is inputted to a position control section. When a learning control end command is issued after the termination of a command pattern for an identical shape, the input switch and output switch are turned off, respectively.

A command decoder used for a microcontroller based Flash memory digital controller system includes multiple subsystems, including the command decoder, which serves as the main user interface for interpreting commands from a user and managing the priority of commands and command modes. The command decoder also stores crucial information including address, data, opcodes, and various flags registers that are used by other subsystems including the program buffer, burst read module, register block, and microcontroller. In addition, the command decoder contains clock synchronization logic, controls the sleep function of the microcontroller and serves as a test mode controller.

A mechanism is provided for a flash array test engine. The flash array test engine includes a circuit. The circuit is configured to generate test workloads in a test mode for testing a flash device array, where each of the test workloads includes specific addresses, data, and command patterns to be sent to the flash device array. The circuit is configured to accelerate wear in the flash device array, via the test workloads, at an accelerated rate relative to general system workloads that are not part of the test mode. The circuit is configured to vary a range of conditions for the flash device array to determine whether each of the conditions passes or fails and to store failure data and corresponding failure data address information for the flash device array.