session 7B

Title

Small Distributed Space Missions

Description

The session will be a forum for space missions relying on synergic use of small space vehicles, thus including constellations and formations, in either the cases of allocation of different functions on different vehicles or of distribution of all functions all across the system. Various aspects of distributed space missions will be addressed, including: new arising applications; design, integration, and operation of distributed sensors; relative GNC; advanced concept of spacecraft design (modularity, autonomy, standardization, plug & play components) to achieve adequate performance at an acceptable cost; novel specific technologies. It is recommended that, in addition to discussing relevant theoretical aspects, potential contributors focus on practical challenges and potential solutions. Therefore, examples of missions or projects implementing in full or in part the distributed mission concept are particularly welcome.

Date

2014-10-02

Time

15:15

Room

714A

IPC members
papers

Order

Time

Paper title

Selection result

Mode

Presentation status

Speaker

Affiliation

Country

1

On Impending Small Satellite Formation Flying Missions and Technologies

accepted

12'

withdrawn

Mr. Saptarshi Bandyopadhyay

University of Illinois at Urbana-Champaign

United States

2

Launch, Commissioning, and Operation of the CanX-4/CanX-5 Formation Flight Mission

accepted

12'

confirmed

Mr. Josh Newman

Space Flight Laboratory, University of Toronto

Canada

3

Spaceborne Autonomous Vision-Based Navigation System for AVANTI

accepted

12'

confirmed

Mr. Jean-Sébastien Ardaens

German Aerospace Center (DLR)

Germany

4

Utilising distributed processing to reduce the power consumption of multiple GNSS receivers in a satellite constellation

accepted

12'

confirmed

Mr. Ian Griffiths

University of Leicester

United Kingdom

5

SOLARA/SARA: first steps toward a space-based radio interferometry constellation

accepted

12'

confirmed

Ms. Mary Knapp

Massachusetts Institute of Technology (MIT)

United States

6

Calibration Approach of the OLFAR Space Based Radio Telescope

accepted

12'

confirmed

Mr. Pieter van Vugt

University of Twente

The Netherlands