Interactive Electronic Technical Manuals: Improving

the provision of technical information to ADF aerospace

maintainers

更多

Wing Commander G. J. Edwards, RAAF

收起

How are aerospace and defense companies performing today?

What challenges and opportunities do they face?

PwC takes a look.

更多

Aerospace and defense

2016 year in review

and 2017 forecast

收起

2017 Global aerospace and defense sector

financial performance study

Defense subsector expands, while commercial

更多

aerospace growth slows down

收起

U.S. AEROSPACE & DEFENSE

2017 FACTS

& FIGURES

64th International Astronautical Congress, Beijing, China. Copyright ©2013 by Cesare Guariniello and Daniel DeLaurentis. Published by the IAF,

with permission and released to the IAF to publish in all forms.

IAC-13-D3.1.5 Page 1 of 13

更多

IAC-13-D3.1.5

DEPENDENCY NETWORK ANALYSIS: FOSTERING THE FUTURE OF SPACE WITH NEW TOOLS AND TECHNIQUES IN SPACE SYSTEMS-OF-SYSTEMS DESIGN AND ARCHITECTURE

Cesare Guariniello

Purdue University, United States, cguarini@purdue.edu

Daniel A. DeLaurentis

Purdue University, United States, ddelaure@purdue.edu

收起

AIAA SPACE 2013 Conference and Exposition

September 10-12, 2013, San Diego, CA

Maintenance and Recycling in Space: Functional Dependency Analysis of On-Orbit Servicing Satellites Team for Modular Spacecraft

更多

Cesare Guariniello* and Daniel A. DeLaurentis†

School of Aeronautics and Astronautics, Purdue University, West Lafayette, IN, 47907

This paper introduces an innovative perspective in the problem of on-orbit servicing and maintenance.

收起

本文介绍两种用于系统开发的指标，其一是系统准备度水平（SRL），其二是等效系统质量（ESM），通过评估这两个指标，可以为制定开发计划提供更多的决策信息支持。

Optimization of System Maturity and

Equivalent System Mass for Space Systems

更多

Engineering Management

Brian Sauser, IEEE Member, Romulo Magnaye, Weiping Tan, Jose E. Ramirez-Marquez, and Bruce Sauser

Abstract — In the assessment of system’s developmental

maturity, metrics are used for making effective and

efficient decisions. This paper introduces the combination

of two metrics used in systems development, i.e. Systems

Readiness Level (SRL) and Equivalent System Mass

(ESM), in order to make a more informed decision in the

developmental planning of Exploration Life Support

Systems. We then expand upon this approach by utilizing

an optimization model that seeks to maximize a system’s

readiness (i.e. SRL) given a budgetary allowance

expressed in terms of ESM. We conclude with an

articulation of this optimization model utilizing a generic

space system.

Index Terms— equivalent systems mass; integration readiness

level; system readiness level; integration readiness level

收起

2017 Global aerospace and defense sector

financial performance study

Defense subsector expands, while commercial

更多

aerospace growth slows down

收起