Engineering & Materials Science
Robots
100%
Electronic guidance systems
90%
Snow
73%
Robust control
64%
Manipulators
60%
Torsional stress
52%
Missiles
45%
Pendulums
43%
Motion control
38%
Industrial robots
38%
Students
32%
Servomechanisms
31%
Uncertain systems
31%
Controllers
29%
Muscle
29%
Computer simulation
28%
Stabilization
26%
Curricula
25%
Slate
25%
Feedback control
24%
Teaching
24%
Global positioning system
23%
Control systems
22%
Experiments
21%
Vibration control
21%
Robotics
20%
Nonlinear systems
19%
Equations of motion
19%
Uncertainty
18%
Position control
17%
Surface measurement
17%
Bending moments
14%
Dynamic models
13%
Rockets
12%
Friction
11%
Actuators
11%
Chemical activation
11%
Root loci
11%
Poles and zeros
10%
Kinematics
10%
Emergency vehicles
10%
Sensors
9%
Dynamic programming
8%
Model reference adaptive control
8%
Nonlinear feedback
8%
Bandwidth
8%
Pulse code modulation
8%
Autoregressive moving average model
7%
Elastic deformation
7%
Invariance
7%
Mathematics
Global Positioning System
46%
Missile
40%
Guidance
39%
Positioning
37%
Control System
24%
Lateral
22%
Computer Simulation
20%
Adjoint Method
20%
Inverted Pendulum
19%
Emergency
19%
Control Algorithm
17%
Curvature
17%
Positive Systems
17%
Uncertain Systems
17%
Time-varying
16%
Geometric Approach
15%
Dynamic Model
14%
Feedback Control
14%
Effectiveness Evaluation
13%
Equations of Motion
13%
Generalized Equation
13%
Simulation
13%
Model
12%
Human
12%
Skeletal muscle
11%
Nonlinear Equations
11%
Exponential Smoothing
10%
Smoothing Algorithm
10%
Closed-loop Control
9%
Higher Order
9%
Three-dimensional
9%
Controller Design
9%
State Estimation
8%
Estimation Algorithms
8%
Automation
8%
Engagement
8%
Robust Control
8%
Control Design
8%
Activation
8%
Enhancement
8%
Sensor
8%
Safety
7%
Real-time
7%
Parameter Space
6%
Degree of freedom
6%
Invariance
5%
Uncertainty
5%
Prediction
5%
Minimise
5%
Engineering Application
5%
Physics & Astronomy
commands
35%
robot dynamics
26%
robot control
26%
uncertain systems
24%
robots
23%
optimal control
20%
missiles
18%
nonlinear systems
17%
controllers
17%
dynamic programming
17%
active control
16%
robotics
16%
pendulums
15%
stabilization
14%
manipulators
12%
servomechanisms
11%
kinematic equations
11%
distributed parameter systems
11%
control systems design
10%
disturbances
9%
differential geometry
9%
linear quadratic regulator
9%
maneuvers
9%
vibration
9%
gradients
8%
actuators
8%
curvature
7%
flight mechanics
6%
costs
6%
command guidance
6%
flight control
6%
microprocessors
5%
computerized simulation
5%
