International Business Machines Corporation

John Anthony Moore

George Kraft, Iv

Hung Qui Le

James Allan Kahle

Michael Stephen Floyd

Jeffrey Alan Kusnitz

Jon Harald Werner

Kevin Franklin Reick

Ricky Lee Poston

Edward John Silha

Troy Lee Cline

Marc Segre

A method and apparatus for enabling existing application programs for operation in speech recognition environments. Existing applications programs written with a dynamically linked library or object library, with no speech recognition capability, are capable of accepting input from a speech recognition without modification. An alternate dynamic library or object library is provided that supports the same interface or objects used by the original program. The alternate library is written so that it is aware of and receives input from the speech recognition system. The alternate library passes the input to the application program using the existing interfaces.

Adding speech recognition libraries to an existing program at runtime

A method and apparatus for patching a problematic instruction within a pipelined processor in a data processing system is presented. A plurality of instructions are fetched, and the plurality of instructions are matched against at least one match condition to generate a matched instruction. The match conditions may include matching the opcode of an instruction, the pre-decode bits of an instruction, a type of instruction, or other conditions. A matched instruction may be marked using a match bit that accompanies the instruction through the instruction pipeline. The matched instruction is then replaced with an internal opcode or internal instruction that causes the instruction scheduling unit to take a special software interrupt. The problematic instruction is then patched through the execution of a set of instructions that cause the desired logical operation of the problematic instruction.

Method and apparatus for patching problematic instructions in a microprocessor using software interrupts

A system and method for automatically adjusting priority assigned to execution of applications, tasks, or workspaces. A display of visual indicators is provided, corresponding to a differing task. By selecting an indicator, priority given to task execution is altered as the task is moved into a focused state as a result of such selection. A window manager between a server and application registers in the server adjusted state of a particular application as either in focus or cleared. An application, through its corresponding window-id, detects from the server that an adjustment in priority is desired. A mapping function such as a lookup table maps the window id to a corresponding process-id which is then utilized by the application in a process table. The information from the window manager passed through the display server is utilized by the application to adjust its own priority relative to the remaining applications in the operating system's process table. A WM.sub.-- PROCESS atom is introduced to the X Server for the window-id to/from process-id mapping. CPU resource directed to the particular application as a result of the priority alteration is thereby altered. A focused application is dynamically provided with more CPU resource relative to remaining tasks, applications, or suites thereof associated with a workspace executing in the multitasking environment.

System and method for cross-environment interaction in a computerized

A system and method are provided for automatically adjusting priority assigned to execution of applications, tasks, or workspaces to thereby improve performance relative to other such applications, tasks or workspaces in a computerized multitasking graphical user interface environment. A display of a plurality of visual indicators is provided, each of which corresponds to a differing task. By selection of one of the indicators, the priority given to execution of the task is altered as the task is thereby moved into a focused state as a result of such selection. A window manager interposed between a server and application registers in the server the adjusted state of a particular application as being either set in focus or cleared. An application may detect from the server a window-id corresponding to the application for which an adjustment in priority is desired. A mapper function, lookup table, or the like for mapping window-id to a corresponding process-id is obviated as a result of employing messaging/signalling. The amount of CPU resource then directed to the particular application as a result of the priority alteration is thereby in turn altered. In this manner, a focused application is dynamically provided with more CPU resource relative to remaining tasks, applications, or suites thereof associated with a workspace executing in the multitasking environment.

System and method for task prioritization in computerized graphic

A computer-implemented method for simultaneously displaying and manipulating the contents of a container using a folder bar widget by displaying a plurality of tabs within the folder bar widget, each tab representing a sub-container of the container thereafter displaying a menu identifying the fist contents (e.g., computer objects) of a first sub-container in response to a pointing device activating a first tab representing the first sub-container. Finally, concurrently displaying a second menu identifying second contents (e.g., computer objects) of a second sub-container in response to the pointing device activating a second tab representing the second sub-container. Therefore, the first contents and the second contents are concurrently displayed.

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Cedar Park, TX, United States of America

John Anthony Moore