TECHNICAL ADVANTAGES OF FLUID POWER
AN APPLICATION OF TIME OPTIMAL CONTROL TO A FLEXIBLE LAUNCH VEHICLE
Manned Spacecraft Center Viewpoints on Reliability and Quality Control
MINIGUIDE - A SIMPLIFIED ATTITUDE CONTROL FOR SPINSTABILIZED VEHICLES
A TECHNIQUE FOR OPTIMUM FINAL VALUE CONTROL OF POWERED FLIGHT TRAJECTORIES
THEORETICAL AND PRACTICAL ASPECTS OF SOLAR PRESSURE ATTITUDE CONTROL FOR INTERPLANETARY SPACECRAFT
APPLICATION OF SELF-ADAPTIVE CONTROL TECHNIQUES TO THE FLEXIBLE SUPERSONIC TRANSPORT
THE DESIGN OF THE ATTITUDE CONTROL SYSTEM FOR THE ORBITING GEOPHYSICAL OBSERVATORY
A SURVEY OF ATMOSPHERE REENTRY GUIDANCE AND CONTROL METHODS
MOMENTUM CONTROL OF THE OAO SPACECRAFT UTILIZING THE EARTH'S MAGNETIC FIELD
RESULTS OF STUDIES ON A TWIN-GYRO ATTITUDE CONTROL SYSTEM FOR SPACE VEHICLES
VISUAL CAPABILITY OF PILOTS AS APPLIED TO RENDEZVOUS OPERATIONS
RETENTION OF HUMAN SYSTEM CAPABILITIES DURING MANNED SPACE FLIGHT
ATMOSPHERIC TURBULENCE AND AIRPLANE RESPONSE IN CONVECTIVE-TYPE CLOUDS
APPLICATION OF PONTRYAGIN'S MAXIMUM PRINCIPLE TO THE LUNAR ORBIT RENDEZVOUS PROBLEM
Handling qualities for pilot control of Apollo lunar-landing spacecraft
Space shuttle pilot-induced-oscillation research testing
Laminar Flow Control Leading Edge Systems in Simulated Airline Service
Micro Guidance and Control Panel Recommendations
Adaptive Spacecraft Attitude Control With Application to Space Station
Attitude Control of the Cassini Spacecraft During Propulsive Maneuvers
Full-Scale Wind Tunnel Studies of F/A-18 Tail Buffet
Attitude Sensor Calibration for the Topography Experiment (TOPEX) Spacecraft
Structural Safety of a Hubble Space Telescope Science
Adaptive Admittance Control: An Approach to Explicit Force Control in Compliant Motion
Adaptive Compliance Control: An Approach to Implicit Force Control in Compliant Motion
The GIS Approach to FAA Airspace Planning
Spacecraft Attitude Control Using Nonlinear Servomechanism Theory
Center of Mass Motion of the Cassini Spacecraft Due to Momentum Wheel Dumping
Advanced Mico-Gn&C Technology for Low-Cost Planetary
Highly-Autonomous Event-Driven Spacecraft Control
Design, Control, and Applications of a Serpentine Robot, Part I: Design, Fabrication, and Control
Monitor and Control of Multiple Activities in the Deep Space Network
Ground Control Station Development for the Dexterous Orbital Servicing System
Industrial Protocols for Spacecraft Command and Control
A Robust Digital Autopilot for Spacecraft Equipped with Pulse-Operated Thrusters
Low-Bit Rate Spacecraft G and C - Mission Operation Challenges
Space Interferometer Constellation: Formation Manuevering and Control Architecture
Rapid Inspection of Aerospace Structures - Is It Autonomous Yet?
Utilizing Flight Data to Update Aeroelastic Stability Estimates
Autonomous Mobility, Navigation, and Control for Venus Aerobots