International Business Machines Corporation

Gregory F Bush

Keith Allen Wells

Carl T Anderson

Don S Keener

Lynn Cleveland Percival

Richard W Voorhees

Michael Anthony Faoro

Jeanne E Morel

Janet L Leskovec

Susan R Mazzara

Susan E Kahler

Susan E Liles

Alberta Lee

Gary R Makely

A method and system for providing user assistance in utilizing a computer program is disclosed that provides the capability for combining an active display of the past, current, and future steps in an ongoing process with a series of associated decision panels and forms to be completed in order to carry out the steps. A navigator bar, which is situated adjacent to and can be scrolled independently of information appearing in a client area of a computer screen display, provides a user of the computer program with a map of the steps already executed, the current step being executed, and the most likely steps to be performed based on the current step being executed. If the user selects a different step to be the current step, the display of most likely future steps to be performed changes, if appropriate.

User assistance system

A technique, system, and computer program by which content created from source files in a first data format and converted to presentation files in a second data format can be read and used by a subsystem which reads content in a third data format other than the first and second data formats. Identifying information from the source files and/or presentation files is extracted and stored in a map file in the third format. If desired, a Table of Contents (TOC) file in the third data format can also be created by using the map file and a TOC file in the second data format. The first data format can be Standardized General Markup Language (SGML), the second data format can be HyperText Markup Language (HTML) and the third data format can be Extensible Markup Language (XML).

Method and system for SGML-to-HTML migration to XML-based system

In order to more effectively use read only memory space of a personal computer system, ROM code is selectively located or mapped to either an address boundary which is an even or odd integer multiple of one half the capacity of the read only memory device in which the ROM code is stored. The ROM code is stored in the read only memory device in two fields. In a first field, the ROM code is broken up into two segments, and the first segment precedes the second segment. In the second field, the same two segments are stored, but the second segment is stored preceding the first segment. A register, for storing page select bits, provides an input to an address decoder and an input to an adder, which adds unity to the contents of the register and provides its outputs to the address decoder as well. Accordingly, the address decoder will respond to either the page which is identified by the page select bits or the page following the identified page. The LSB of the page select bits is used in addressing the read only memory device to select between the first field (selected when the LSB is zero) or the second field (selected when the LSB is unity).

Increasing options in mapping ROM in computer memory space

Growing community of inventors

Morrisville, NC, United States of America

Gregory F Bush