International Business Machines Corporation

General Electric Company

Lewis B Knecht

Timothy S Betts

Valerie M Carras

Gerald B Anderson

Thomas L Paulson

Michael E Daley

Doraiswamy Rajagopal

James H Bamford

Manoj K Tiwari

Sin-Ya Liu

Andrew Michael Pelletier

Fredric W Kratochvil

Peter M Jakab

James M Hawkins

Michael C Concagh

A system is provided for remotely monitoring fetal status parameters. Status parameters are sampled from patient sensors and are processed and stored in a medical facility data management system. A general purpose data presentation application, such as a browser, is employed on a client side to access the data via a network, such as the Internet. Support software is called upon to format user-viewable pages and to insert data transmitted from the medical facility for remote viewing. The technique is particularly well suited to monitoring of a variety of parameters at various sampling rates for remote medical evaluation, such as in obstetrics applications.

Method and apparatus for monitoring fetal status data

A data processing method, system and computer program repairs character recognition errors for digital images of document forms. A document form processing template is provided which specifies the identity and preferred sequence for selected, customized character recognition processes and selected, customized coded data error correction processes which are reasonably likely to be needed to automatically process a selected batch of document forms whose fields have certain, anticipated, uniform characteristics.

Data processing system and method for selecting customized character

A data processing system uses a machine-generated data structure (MGDS) to dynamically record and use the character recognition and repair histories of category fields on a document form. The MGDS includes a field data segment which has a coded data buffer portion and an error buffer portion for the extracted field image. Recognition coded data is entered into the coded data buffer portion and recognition error data is entered into the error buffer portion of the field data segment. Then subsequent repair processes can be applied to the recognition coded data by augmenting the MGDS with a repair segment for each character string which is repaired. A sequence of repair stages can be applied to a particular character string, each repair step adding another repair segment to the MGDS. At each stage of repair, the best estimate of the character string is placed into the coded data buffer portion of the field data segment. This enables the best estimate of the information content of the document field to be readily available for each stage of repair and for ultimate use in the data processing system.

Data processing system and method for sequentially repairing character

An advanced data capture architecture is disclosed which enables the free-definition and re-definition of the format of document forms without requiring any reprogramming of the data processors which capture and use the data on the completed forms. The architecture encompasses the interactive operation of a host processor and one or more workstations in a data processing system. It includes the interaction between a host processor and a workstation in providing a list of common operand names which are meaningful to an application program running on the host. It includes the operation of the workstation creating a new document form using the list of common operand names. It includes the workstation performing character recognition of the filled-out form, transforming its information into coded data. It includes the workstation assembling a field data segment for each field, containing the common operand, the coded data and the popular name for the field. And it includes the operation of the host processor receiving the assembled field data segments from the workstation and providing the coded data to the application program which processes the information right from the form.

Advanced data capture architecture data processing system and method for

Growing community of inventors

Olney, MD, United States of America

Lewis B Knecht