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The structure of the manual also must allow inclusion of wiring repair and maintenance information
Work Plan –
Most of the second meeting was devoted to review of the various structures and organization of the SWPM/ESPMs. Without user
participation in the meeting, the task group did not commit to any particular format and /or organization. Working methods do define
format and organization of SWPM/ESPM were sent to all Task 7 members (end-users) not able to attend the October meeting, for
comment and inputs.
.
AGING TRANSPORT SYSTEMS RULEMAKING ADVISORY COMMITTEE (ATSRAC)
HWG Task 7 9
Deliverables:
The ESPM/SWPM HWG will develop the report for any required changes to the ESPM/SWPM format, and consider any recommendations
resulting from:
• The Wire System Certification HHWG (addressing TASK 6) and
• The Enhanced Maintenance Practices for Systems HHWG (addressing TASK9).
.
Roadblocks: 7.3.1 ATA (ATSRAC) participation would accelerate the implementation of any recommendations
7.3.2 Adherence to the ATA data model (any decisions would not conflict with ATA Model)
Assistance Needed: ATA participation (same as Task 7.1)
AGING TRANSPORT SYSTEMS RULEMAKING ADVISORY COMMITTEE (ATSRAC)
HWG Task 7 10
Task 7 HWG Co-Chairs: Tracey Johnson
Tony Poole
Date: October 25, 2001
Sub-Task 7.4 Define Standard Content.
Concept: ATSRAC is tasked with defining the minimum content for the SWPM. The minimum content will
define standard categories to be included in the SWPM. It will not define the actual procedures
associated with the standard content that is pertinent to each manufacturer. The standard content
will include the characteristics described below. The technical content is to use source data from
ATA Spec 117 and applicable FAA Advisory Circulars, and must address the following subjects, as
a minimum:
Work Plan - Task 7.4:
Item 1 Review current SPs to identify any additional information categories to be added (all)
Item 1 Define the minimum content of SPs (all)
Deliverables:
Roadblocks:
Assistance Needed:
Final recommendations are reliant on input (if any) from other HWGs
AGING TRANSPORT SYSTEMS RULEMAKING ADVISORY COMMITTEE (ATSRAC)
HWG Task 7 11
Task 7 HWG Co-Chairs: Tracey Johnson
Tony Poole
Date: October 25, 01
Sub-Task 7.5 Recommend Updates of Existing ESPM/SWPMs.
Concept:
Work Plan - Task 7.5
7.5.1 Short term implementation recommendations (provide content coverage, minimize impact to providers)
7.5.2 Long term implementation recommendations (achieve standardization of format and content)
Deliverables:
Status - Task 7.5
To be accomplished after 7.4 and 7.3
Roadblocks: None at this time.
AGING TRANSPORT SYSTEMS RULEMAKING ADVISORY COMMITTEE (ATSRAC)
HWG Task 7 12
OFS-18 Secretariat, Centro de Investigaciones en Optica (CIO)
Loma del Bosque 115, Leon, Gto. Mexico 37150
Phone: +52 477 441 42 00 Fax: +52 477 441 42 09, OFS-18@osa.org
OFS-18 List of Invited Talks and Special Sessions
 Invited Speakers:
Dr. Dave Krohn
Lightwave Venture LLC, USA
“Market Opportunities and Standards Activities for Optical Fiber Sensors”
Mr. Mikko Jaaskelainen
Shell Exploration & Production, USA
“Advances in the Use of Optical Fibers Sensors for Oil Reservoir Monitoring”
Prof. Yoel Fink
MIT, USA
“Novel Specialty and Photonic Bandgap Fibers for Sensing Applications”
Prof. Miguel Gonzalez Herraez
University of Alcalá, Spain
"Progress in 'Brillouin Slow Light' and its impact in Fiber sensing"
Dr. Michael Weisser
Schott Glass, USA
“Coherent Fiber Bundles for Biopsy Applications”
Dr Clay Kirkendall
US Naval Research Laboratory, USA
"Progress in Fiber Optic Acoustic and Seismic Sensing”
Prof Luc Thevenaz
EPFL Swiss Federal Institute of Technology, Switzerland
“Review and Progress on Distributed Fiber Sensing”
Prof. Jose Capmany
Universidad Politécnica de Valencia, Spain
"Major Advances in Optical Signal Processing Including Implementation of Ultra-General Filters"
Dr Rolf Broeninmann and Dr. Phillip Nellen
Empa, Swiss Federal Laboratories for Materials Testing and Research, Switzerland
"Reliability, Standardization, and Validation of Optical Fiber Sensors"
Prof. John Harvey
University of Auckland, Australia
“Supercontinuum Sources, Options and Properties”.
Dr Robert Lieberman
Intelligent Optical Systems, USA
"Distributed Intrinsic Chemical Agent Sensing and Transmission”
OFS-18 Secretariat, Centro de Investigaciones en Optica (CIO)
　
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