Index
A
active orthosis
AFM system model
analog angular sensors
assistive devices
assistive/rehabilitative (AR)
atomic force microscopy (AFM)
automated identification
B
biomechanics of gait
C
Cartesian-type robot
computer-aided design/computer-aided manufacturing (CAD/CAM)
control of mechatronics systems (COMES)
control system
controller parameter space
correction tools
D
decoding for identification
design criteria
dual-threshold method
E
electromagnetic induction technology
electromechanical coupling
electromechanical IPMC model
envelope differential composite method
experimental validation
F
finishing experiment
five-axis NC machine tool
fixed-period delay method
force feedback loop
frequency characteristic
fuzzy control
G
gain schedule
gait rehabilitation
gait training
I
identification technology
industrial robot
ionic polymer-metal composite (IPMC)
IPMC stepper motor
K
knee exoskeleton
L
laser light emission
LED lens mold
M
manufacturing purposes
mathematical model
mechanical beam model
mechanical design
mechatronics applications
mechatronics systems
microwave transmission technology
mixed sensitivity
model integration and simulation
modeling and control
modeling and simulation
mold finishing
multi-line scan
N
nonlinear controller
nonlinear electric circuit
O
overall model
P
pancake resolver model
PID controller
piezotube
PMA dynamic modeling
pneumatic artificial muscle (PAM)
pneumatic muscle actuators (PMA)
position feedback loop
post-processor
R
radio frequency identification ...
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