session 7

Title

New Technologies, Processes and Operating Modes Enabling Future Human Missions

Description

This session is designed to examine the potential evolution of key elements of future human missions, especially those driven by affordability and sustainability requirements. Papers are solicited that address how to shape the future of technologies, logistics, processes, procedures, etc. to enable future human space mission objectives that will include exploration, commercial initiatives, tourism and industrial processes.

Date

2013-09-27

Time

09:45

Room

308

IPC members
papers

Order

Time

Paper title

Selection result

Mode

Presentation status

Speaker

Affiliation

Country

1

Early Fire Detection Technology for Manned Spacecraft

accepted

20'

confirmed

Dr. Yongqing Peng

Beijing Research Institute of Telemetry (BRIT)

China

2

Controlled Environmental Agriculture (CEA) Technologies – A new Approach for Human Space Exploration by Decreasing Re-supply Mass

accepted

20'

withdrawn

Mr. Daniel Schubert

Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR)

Germany

3

Human Spaceship Control by Crew Intervention and its Dynamics Cockpit Simulator

accepted

20'

withdrawn

Mr. Hiroshi Ueno

JAXA

Japan

4

kinematic performance optimization of a class of four-degree-of-freedom spatial parallel manipulators by redundant actuation available to space robot mounted in capsule

accepted

20'

confirmed

Dr. Ming Qi

1.Beijing Institute of Control Engineering,2.Space Precision Bearing Applications Laboratory

China

5

space assembly technology of large module type antenna

accepted

20'

confirmed

Dr. XiaoFei Ma

Xi’an Institute of Space Radio Technology

China

6

space inflatable magic cube habitat (simch) (Patent Pending)

accepted

20'

confirmed

Mr. Mao Zhang

American Netong Inc.

United States

7

Research on Powered Descent Guidance and Control for Manned Mars Hazard Avoidance and Safe Landing

accepted

20'

Mr. Ping Wang

China Academy of Space Technology (CAST)

China

8

DESIGN, ANALYSIS AND OPTIMIZATION OF A MULTI-PLANETARY ENTRY VEHICLE (MPEV)

accepted

20'

Dr. Ugur Guven

United States