Reconfiguration and Survivability Symposium 2005 (RS 2005)
Potential Technical Papers

5 MW High Efficency Quiet Electric Drive Demonstrator
Yuri Khersonsky, L-3 Communications Power Paragon

A Solid-State AC Power Switch for Source Transfer and Load Protective Functions
Chi Mak, L-3 Communications Power Paragon

An Agent-based Methodology for Programming and Commissioning Distributed Control Systems
Michael Zink, NSWCCD (Code 9812) supported by Rockwell Automation

An Alternative Contigency Producible Corvette (ACPC) Design
Thomas Lamb, University of Michigan (NAME)

An Interoperable Agent-based Control System for Survivable Shipboard Automation
Michael Zink, NSWCCD (Code 9812) supported by Rockwell Automation & JHU-APL

Automated Common Diagrams
Kenneth Corso, NSWCCD (Code 9554) supported by DDG 51 Program Office & CSC

Casualty Power Reconfiguration Assistant Accelerating Casualty Power Implementation
Gordy Green, OAK Management supported by NAVSEA 05P & Independent Consultant

Common Commercial-Off-the-Shelf High Power Electronic Modules for Naval Applications
Thomas Fikse, NSWCCD (Code 984)

Design Features for Survivability of High Speed Ships
James Hill, ICI-LLC

Reconfiguration Control with Energy and Time Constraints: A Model Predictive Control Approach
Jing Sun, University of Michigan (NAME)

Experience Gained from a Decade of DC Zonal Electric Distribution System (DC ZEDS) Testing
Neil Hiller, NSWCCD (Code 9345)

A Framework for Mission-based Interdisciplinary Reconfiguration for Navy Ships
Kwa-Sur Tam, Virginia Tech supported by Electric Distribution Design

Improving the Survivablity of Non-Vital Hotel Systems
Nathan Taylor, ICI-LLC

Methodology for Predicting Recoverability Actions
Clifford Campbell, ICI-LLC

Microchip Based Analog-Mixed Signal Power System Emulator for Fast Vulnerability Analysis and Fight-Through Reconfigurability
Stephen Carullo, NSWCCD (Code 984)

Model-based Diagnosis for Fluid Control Systems
Michael Pekala, JHU-APL

Multimission utilizing Modular Weapon and Outfit Modules versus Multipurpose Warships - A Design, Effectiveness and Affordability Comparison
Thomas Lamb, University of Michigan (NAME)

Non-Intrusive Load Monitoring as an Enabling Technology for the Navy's Integrated Condition Assessment System
Bill Greene, MIT (13A) supported by USCG

Reconfigurable Decision Centers for CVN 21
Raymond Moore, NAVSEA (CVN 21) supported by NGNN

Reconfiguration and Survivability Based Reduced Manned Ship System Design Control Doctrine and Logistics
Kevin Russell, Electric Distribution Design supported by PRO Marinette

Reconfiguring Damaged Systems at the Device Level
Michael Zink, NSWCCD (Code 9812)

Power Disturbance Effects and Costs in LV Mobile Power Systems
Shengyi Liu, University of South Carolina (EE) supported by NAVAIR

Ship Electric System Concept Design Trade-off Including Dynamic Characteristics
Clifford Whitcomb, NSWCCD

Shipboard Applications of Non-Intrusive Load Monitoring
Steven Leeb, MIT (EE)

Shipboard Electrical Distribution Management Software
Bruce Green, NSWCCD (Code 9521) supported by AMSEC LLC

Sidewall Nozzle Development - Designing an Intermediate Sidewall Nozzle for the AFSS
John Roach, NSWCCD supported by University of Maryland & Tyco Fire Products

Simulation Evaluation of Reconfiguration Strategies
Stephen Woodruff, Florida State University (CAPS)

Specifying and Assessing Survivability in Early Stage Ship Design
John Glaeser, ICI-LLC

Specifying Survivability of High Speed Craft
Robert Steinberg, ICI-LLC

Survivable Architectures for Vital Systems
James Hill, ICI-LLC

System Reconfiguration Training Using the Damage Control Training & Management System
Dan Jaworowski, OAK Management

The Application of Machine Vision to Shipboard Damage Control
Wen Yi Zhao, Sarnoff Corporation supported by CAE USA

The Laboratory Development Platform - Designing and Testing Fluid Networks and Controls
Don Dalessandro, NSWCCD supported by Fairmount Automation

Zonal Electrical Distribution System Short Circuit Testing
Jack Eplin, NSWCCD

Zonal Electrical Distribution System Voltage Stability Study
Pete Tahopoulos, NSWCCD

A Novel Algorithm for Power Distribution In Ring-Structure Power Network
Dave Cartes, Florida State University (CAPS)

Multi-Agents System and its Processors-In-the-Loop simulation in the Virtual Test Bed
Dave Cartes, Florida State University (CAPS)

A Harmonic Selective Shunt Active Filter using Adaptive Control Method
Dave Cartes, Florida State University (CAPS)

A Novel Architecture for Power Quality Monitoring Based On Multi-Agent Systems Theory
Dave Cartes, Florida State University (CAPS)

Self-Healing Shipboard Power Systems
Karen Butler, Texas A&M University

Energy Based Framework and Metric for Platform Systems Resource Management and Survivability Evaluation
David Bagley, Anteon

Dynamic Response Analysis for Electric Drive
David Bagley, Anteon

Remote Testing and Measurement for Power Systems
Karen Miu, Drexel

Integrated Engineering Plant
John Walks, NGSS

Integrated Engineering Plant Continuity of Service Formulation, Performance Metrics and Analysis Methodology
Edwin Zivi, USNA

Electric Power System Considerations in Meeting Future Warfighter Needs
Dennis Mahoney, Satcon supported by UNO

No Title
Chris Dafis, NSWCCD

Mission Based Engineering Plant Control
Kenneth Lively, Anteon

Autonomous Control of Dispersed Generation in Unbalanced Three Phase Distribution Systems
Noel Schulz, Mississippi State University

A System Reconfiguration Strategy For Shipboard Power Systems Using Multi-Agent Systems
Noel Schulz, Mississippi State University

Experimental Design for Remote Hardware-In-the-Loop testing
Noel Schulz, Mississippi State University

Optimized Restoration of Shipboard Power Systems with IPS Architecture and Distributed Generation
Noel Schulz, Mississippi State University

Integrated Protection and Reconfiguration Design for the All-Electric Ship
Noel Schulz, Mississippi State University

Zonal Ship Design
Norbert Doerry, NAVSEA 05D

Energy Management System with Automatic Reconfiguration for Electric Shipboard Power Systems
Karl Schoder, West Virginia University

Testbed for Modular Reconfigurable Actuator Systems
Dan Cox, University of North Florida

No Title
Hatzilan, Hellenic Naval Academy

Demonstrating Re-configuration of Electrical Systems at the Electric Ship Technology Demonstrator
Dave Mattick, Alstom