Neural Networks for Control, Identification and Diagnosis
Dexterous Manipulation in Space: Comparison Between Serial and Parallel Concepts
Topological Task Space Modelling for Autonomous Space Robot Action Planning
The Experience with the EURECA On-Board Autonomous Fault Management Functions
Hierarchical Modeling Approach in Aircraft Trajectory Optimization
Sliding Mode Estimation Scheme for Missile Homing Guidance
LQG and Feedforward Controllers for the Deep Space Network Antennas
An Intelligent Controller Architecture for Missile Thrust Vector Control
New Control Laws for the Attitude Stabilization of Rigid Bodies
Attitude and Orbit Control Subsystem for JERS-1 and Its Flight Experiences
Adaptive Perturbation Control of an Unstable Plant Using Simplicial Stability Analysis
Radial Basis Function and Wavelet Neural Networks for Feathering the Solar Arrays
Robust Flight Control Design with Respect to Delays and Control Efficiencies
H~ Control of a Nonlinear System Using Simplicial Algorithms
Space Structure Control Using Multiple Model Adaptive Estimation and Control
Angular Tracking for Geostationary Orbits
High Angle of Attack Velocity Vector Rolls
Coefficient Diagram Method as Applied to the Attitude Control of Controlled-Bias-Momentum Satellite
First Tethered Satellite System: Satellite Gyro Drift On-flight Identification