John C Grzinich from 16211 Dorman Dr, Austin, TX 78717, Phone: (512) 244-9365

Resumes

Webmaster

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Location:

Austin, TX

Industry:

Computer Hardware

Work:

Austin Yacht Club - Austin, Texas Area since Jan 2008
Web Content Manager and Editor
Austin Sierra Club - Austin, Texas Area Feb 2013 - 2013
Volunteer Webmaster
Austin Yacht Club Jan 2008 - Dec 2008
Sail Training Commander
IBM 1998 - 2006
Project Manager

Education:

Syracuse University 1978 - 1981
MS, Computer Engineering

Skills:

People Management
Problem Solving
Planning
Engineering
Program Management
Pmp
Software Project Management
Requirements Analysis
Software Development
Testing
Change Management
Quality Assurance
Team Leadership
Sailing Instructor
Agile Methodologies
Perl
Databases
Pre Sales
Enterprise Architecture
Java
Telecommunications
Integration
Cross Functional Team Leadership
System Architecture
Project Planning
Management
Linux
Unix
Project Management
Cloud Computing
Operating Systems
Coaching
Hardware
Ms Project
Software Engineering
Manufacturing
Sql
Business Analysis
Process Improvement
Storage
Six Sigma
Product Management
Aix
Security
Product Development
Risk Management
Drupal Website Development
Drupal Cms
Wordpress

Interests:

Social Services
Teaching Sailing
Helping Seniors
Environmental Protection
Snow Skiing
Photography
Solar Enegy
Coaching Math

Publications

Us Patents

Method And System For Evaluating Intrusive Repair For Plurality Of Devices

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US Patent:

60092467, Dec 28, 1999

Filed:

Jan 13, 1997

Appl. No.:

8/783595

Inventors:

Arun Chandra - Austin TX
John Carl Grzinich - Austin TX
Manoranjan Kanthanathan - Foster City CA

Assignee:

International Business Machines Corporation - Armonk NY

International Classification:

G06F 1580

US Classification:

39518302

Abstract:

The present invention discloses a system and method to evaluate intrusive repair. The method and system is based on analyzing data from the field and drawing causal diagrams (cause-consequence diagrams). In an aspect of the present invention, a method and system for evaluating intrusive repair for a class of devices comprises providing a threshold time window for analyzing failure data. The system and method further includes utilizing a causal diagram based on the analysis of the failure data for the class of devices to indicate the probability of intrusive repair. In the present invention, two measures are defined to evaluate intrusive repair--intrusivability and one-fixability. Intrusivability is defined as the probability that a repair action will cause a new fault. One-fixability is defined as the probability that the diagnostic process will fix the fault on the first repair attempt. Both of these measures are determined by using the causal diagram in accordance with the present invention.

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