Guidelines for Hosted Payloads Integration Product Overview

Transcription

Guidelines for Hosted Payloads Integration Product Overview
AEROSPACE REPORT NO.
TOR-2014-02158
Guidelines for Hosted Payloads Integration Product Overview
May 8, 2014
Jack Kawamoto
Acquisition Risk and Reliability Engineering Department
Mission Assurance Subdivision
Prepared for:
Space and Missile Systems Center
Air Force Space Command
483 N. Aviation Blvd.
El Segundo, CA 90245-2808
Contract No. FA8802-14-C-0001
Authorized by: Space Systems Group
Developed in conjunction with Government and Industry contributions as part of the U.S. Space Program Mission
Assurance Improvement Workshop.
Distribution Statement A: Approved for public release; distribution unlimited.
Acknowledgments
This presentation provides a summary overview of TOR-2014-02199, “Guidelines for Hosted Payloads Integration”,
which was produced as part of the 2014 Mission Assurance Improvement Workshop.
This document was created by multiple authors throughout the government and the aerospace industry. For their
content contributions, we thank the following contributing authors for making this collaborative effort possible:
Jack Kawamoto
Michael Moore
Jeff Conyers
Rick Krause
Andrew Adams
Deborah Valley
Steve Kuritz
Megan Paulette
Tracy Fiedler
Ken Dodson
The Aerospace Corporation
The Aerospace Corporation
Ball Aerospace & Technologies Corporation
Ball Aerospace & Technologies Corporation
The Boeing Company
MIT/Lincoln Labs
Northrop Grumman Aerospace Systems
Orbital Sciences Corporation
Raytheon Space and Airborne Systems
SSL
A special thank you for co-leading this team and efforts to ensure completeness and quality of this document goes to
Ken Dodson (Co-Lead), SSL and Steve Kuritz (Co-Lead), Northrop Grumman Aerospace Systems.
i
Acknowledgments (Cont)
The authors deeply appreciate the contributions of the subject matter experts who reviewed the document:
John Brader
Frank Knight
Bill Frazier
Steven Pereira
Louis D’Angelo
Jeff Mendenhall
Brent Armand
Angela Phillips
Jonathan Sheffield
Gerrit VanOmmering
The Aerospace Corporation
The Aerospace Corporation
Ball Aerospace & Technologies Corporation
John Hopkins Applied Physics Laboratory (APL)
Lockheed Martin Corporation
MIT/Lincoln Labs
Orbital Sciences Corporation
Raytheon Space and Airborne Systems
SSL
SSL
ii
Guidelines for Hosted Payloads Integration
Product Overview
Steve Kuritz, Northrop Grumman Aerospace Systems
Ken Dodson, SSL
Jack Kawamoto, The Aerospace Corporation
May 8, 2014
This presentation provides a summary overview of TOR-2014-02199, “Guidelines for Hosted Payloads
Integration”, which was produced as part of the 2014 Mission Assurance Improvement Workshop.
U.S. SPACE PROGRAM MISSION ASSURANCE IMPROVEMENT WORKSHOP
ORBITAL SCIENCES CORPORATION | DULLES, VA | MAY 7 - 8, 2014
1
Agenda
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Motivation for the Project
Examples that Motivated the Project
Product Overview
Topic Details
Product Implementation Recommendations
Topic Follow-on Recommendations
Team Membership and Recognition
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
2
Motivation for Guidelines for Hosted Payloads
Integration
•
Independently developed payloads can enter service more
economically as a “Hosted Payload” than as a dedicated mission.
•
An operator can defray its own costs by providing hosted payload
opportunities to an independently developed payload.
•
Because of these advantages and others, Hosted Payloads are an
attractive approach for government missions.
•
Early hosted payload projects have met with success, but have also
experienced problems during integration, test, and on orbit due to
unforeseen schedule, technical, and operational compatibility issues.
•
This product is motivated by a desire to reduce the number of
problems and the disconnects that can cause those problems.
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
3
Examples and Concerns
•
Concerns and experiences of the project framers included
– Coupling between primary and redundant command channels
– Premature connection of battery to power bus in “dead bus recovery”
– Power in-rush current and relay isolation from “smart shorts”
– Radiated interference and conducted susceptibility issues
•
Our own group had several experiences including
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Ripple on downlink signal in orbit due to non-representative ground test
Physical interference of components after delivery for integration
System test environments exceeding hosted payload design
Contamination of optics due to venting flow and chamber issues
Mismatch between payload qualified environments and those of the host
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
4
Team Considered Wide Variety of Impacts
•
Programmatic information exchange disconnects
•
Interface issues
•
Performance compromises
•
Resource deficiencies or excesses
•
Schedule mismatches
•
Many others
Successful accommodation goes far beyond
“Do No Harm”
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
5
Intended Audience for the Document
•
It is intended to aid those involved in a hosted payload project
– Requirements generators
– Program managers and planners
– Designers and analysts
– Systems engineers
– Test planners and engineers
– Mission assurance and other relevant specialty engineering disciplines
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
6
Charter
• Provide an overall approach to the process of hosting payloads
•
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Evaluation criteria to ensure the payload and host are compatible
Help identify and resolve environmental and interface incompatibilities
Provide analyses to ensure compatible interface and functionality
Recommend testing of mechanical, electrical and thermal interfaces
Assess fault tolerance/impact to the host and payload components
Provide guidelines for deliverable information and documentation
Provide references for further information
Done using text, tables and checklists, emphasizing the latter
– Easy to compile, use and update
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
7
Accommodation Phases
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
8
Host – Payload Integration
In-phase development presents best opportunity
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
9
Gaps Between Payload & Host Must be Resolved
Requirement and interface disconnects for any cause will
necessitate modification and verification on the Host or Payload
side of the interface.
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
10
Document Topics Include
•
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Gap Identification and Resolution
Control of Budgeted and Expendable Items
Survival in Space and Ground Environments
Mission Operations
Critical Analyses
Deliverable Products
On-orbit Fault Management
Verification by Test
Detailed checklists
– An aid in gap identification, provided as an appendix
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
11
Intended Product Use
•
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A reference and resource to promote a comprehensive accommodation
approach that also evaluates risk
Evokes questions like
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Have all relevant environments been taken into account?
Is hardware designed /qualified to the correct environments?
Are all appropriate analyses required /performed for my project?
Does my RFI, RFP or ICD have sufficient content?
Are all appropriate deliverables planned and available at key decision points?
Are these tests required /performed or are analyses required to reduce risk?
Are the interfaces and properties in the checklists relevant and accounted
for?
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
12
Summary Findings from Lessons Learned
Finding
Recommendation
Payloads are often developed to
Hosts should publish and distribute
requirements that are different from those of
their environments and interfaces
the Host
There is no universally accepted crossindustry interface standard
Industry should move toward a
common interface standard
Insufficient interaction or too many layers
between Host and Payload engineering
teams often disrupts information flow
Teams should collaborate to define
roles, analyze gaps and exchange
information directly
Insufficient participation by Payload
representatives in system-level test / test
planning leads to problems
Payload should participate in
planning and execution of relevant
system level tests
Late Payload delivery can lead to
insufficient testing of the integrated system
Test Like You Fly with actual Payload
or realistic simulator
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
13
Recommended Follow-on Activities
Activity
Status
Present to Industry
Abstract submitted to RAMS 2015
Define realistic cross-industry
environmental ranges
2015 MAIW topic submitted
Develop cross-industry interfaces
Suggested for future MAIW
Collect & evaluate lessons going
forward to improve document
Aerospace Corp. can be a focus;
Industry cooperation needed
Revisit and update as necessary
2 to 3-years more experience
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
14
Workshop Accomplishments
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Silver Updates Reviewed and Agreed Upon
– Silver-to-gold transition in process
Lessons and Conclusions Discussed
– Recommendations provided on previous slides
Identify, resolve and report on any significant conflicts
– There are no significant conflicts
Additional pending recommendations
– Suggest more appropriate title for the TOR:
– Guidelines for Hosted Payload Integration
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
15
Team Introductions
Core Team
The Aerospace
Corporation
Jack Kawamoto
Ball Aerospace &
Technologies Corp
Jeff Conyers
Michael Moore
Subject Matter Experts
The Aerospace
Corporation
John Brader
Frank Knight
Rick Krause
Ball Aerospace &
Technologies Corp
Bill Frazier
The Boeing Company
Andrew Adams
John Hopkins APL
Steven Pereira
MIT/Lincoln Labs
Deborah Valley
Lockheed Martin
Louis D’Angelo
Northrop Grumman
Aerospace Systems
Steve Kuritz
MIT/Lincoln Labs
Jeff Mendenhall
Orbital Sciences
Megan Paulette
Orbital Sciences
Brent Armand
Raytheon Space and
Airborne Systems
Tracy Fiedler
Raytheon Space and
Airborne Systems
Angela Phillips
SSL
Ken Dodson
SSL
U.S. SPACE PROGRAM MAIW | DULLES, VA | MAY 7 - 8, 2014
Jonathan Sheffield
Gerrit VanOmmering
16
AEROSPACE REPORT NO.
TOR-2014-02158
Guidelines for Hosted Payloads Integration Product Overview
Approved Electronically by:
Jacqueline M. Wyrwitzke, PRINC
DIRECTOR
MISSION ASSURANCE SUBDIVISION
SYSTEMS ENGINEERING DIVISION
ENGINEERING & TECHNOLOGY
GROUP
Russell E. Averill, GENERAL MANAGER
SPACE BASED SURVEILLANCE
DIVISION
SPACE PROGRAM OPERATIONS
Jackie M. Webb-Larkin, SECURITY
SPECIALIST III
GOVERNMENT SECURITY
SECURITY OPERATIONS
OPERATIONS & SUPPORT GROUP
© The Aerospace Corporation, 2014.
All trademarks, service marks, and trade names are the property of their respective owners.
SK0670
David J. Gorney, EXECUTIVE VP
SPACE SYSTEMS GROUP
AEROSPACE REPORT NO.
TOR-2014-02158
Guidelines for Hosted Payloads Integration Product Overview
Technical Peer Review Performed by:
Norman Y. Lao, DIRECTOR DEPT
ACQ RISK & RELIABILITY ENGINEERING DEPT
MISSION ASSURANCE SUBDIVISION
ENGINEERING & TECHNOLOGY GROUP
Jacqueline M. Wyrwitzke, PRINC DIRECTOR
MISSION ASSURANCE SUBDIVISION
SYSTEMS ENGINEERING DIVISION
ENGINEERING & TECHNOLOGY GROUP
© The Aerospace Corporation, 2014.
All trademarks, service marks, and trade names are the property of their respective owners.
SK0670
External Distribution
REPORT TITLE
Guidelines for Hosted Payloads Integration Product Overview
REPORT NO.
PUBLICATION DATE
TOR-2014-02158
SECURITY CLASSIFICATION
May 8, 2014
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