Engineering
Satellites
100%
Demonstrates
53%
Control Input
43%
Requirements
42%
Performance
39%
Error
39%
Accuracy
34%
Sliding Mode Control
33%
Continuous Control
29%
Sliding-Mode Controller
29%
Control Law
29%
Algorithm
29%
Closed Form
25%
Finite Time
24%
Nonlinear Problem
24%
Bounded Uncertainty
23%
Constraints
22%
Models
22%
Numerical Example
21%
Obtains
21%
Control Force
21%
Applications
21%
Validation
19%
Benchmark
19%
Estimation
19%
Properties
19%
Gas Bearing
19%
Reference Orbit
18%
Determines
18%
Linearization
17%
Adaptive Control
16%
Trajectories
15%
External Disturbance
15%
Transients
15%
Priori Knowledge
15%
Control Scheme
14%
Satisfies
14%
Sliding Surface
14%
Control Strategy
14%
Feedback Control Systems
13%
Computer Simulation
12%
Adaptation Law
12%
Controller Design
11%
Degree of Freedom
11%
Reference Trajectory
11%
Lyapunov Function
11%
Optimal Control
11%
Spacecraft
11%
Assuming
11%
Gain Control
10%
Earth and Planetary Sciences
Controller
80%
Satellite Formation
66%
Sliding
46%
Parameter
34%
Model
31%
Shape
29%
Target
23%
Tracking
22%
Fuel
21%
Paper
21%
Formation Flying
21%
Orbit
20%
Accuracy
19%
Solid State
19%
Proving
19%
Inertia
19%
Trajectory
19%
Error
18%
Simulation
17%
Investigation
15%
Time
15%
Condition
14%
Precision
14%
Requirement
14%
Thrust
14%
Coefficient
13%
Effectiveness
13%
Constraint
12%
Approach
12%
State
12%
Environmental Disturbance
12%
Input
12%
Strategy
12%
Equation of Motion
11%
Dynamical System
11%
Assumption
10%
Truck
9%
Order
9%
Cloning
9%
Landing
9%
Adaptation
9%
Policy
9%
Output
9%
Spacecraft
9%
Assessment
8%
Amount
8%
Equation of State
8%
Set
7%
Linearization
7%
Information
7%
Physics
Controllers
86%
Shapes
49%
Orbitals
48%
Approximation
45%
Simulation
44%
Satellite Formation
39%
Satellite Formation Flying
36%
Linearization
31%
Adaptation
27%
Utilization
26%
Propulsion
22%
Uncertain Systems
21%
Region
18%
Magnitude
18%
Knowledge
17%
Maneuvers
14%
Independent Variables
14%
Nonlinear Dynamical Systems
14%
Boundary Condition
14%
Earth
14%
Estimating
13%
Distance
13%
Value
11%
Dynamical System
11%
Model
11%
Coefficients
10%
Rules
9%
Focusing
9%
Three Body Problem
9%
Spacecraft
9%
Equations of Motion
9%
Adaptive Control
9%
Equation of Motion
9%
Performance
9%
Attitude Control
8%
Transients
7%
Control Theory
6%
Lagrangian Points
6%
Optimal Control
6%
Gravitational Singularities
6%
Circular Orbits
6%
Assessments
6%
Eccentricity
5%
Fuel
5%