1-20 of 37253
Follow your search
Access your saved searches in your account

Would you like to receive an alert when new items match your search?
Close Modal
Sort by
Journal Articles
Journal Articles
Journal Articles
Journal Articles
Image
Characteristic roots of the ( a ) open-loop system given by Eq.  (1)  with ...
Published Online: May 25, 2023
Fig. 1 Characteristic roots of the ( a ) open-loop system given by Eq. (1) with u ( t )   =   0, i.e., open-loop poles (OLP), ( b ) augmented system given by Eq. (9) , i.e., augmented system poles (ASP), and ( c ) closed-loop poles with LQR control, i.e., ECLP More about this image found in Characteristic roots of the ( a ) open-loop system given by Eq. (1) with ...
Image
Results from Eq.  (20)  for ( a )  N  =   21 and ( b )  N  =   201. Magnifi...
Published Online: May 25, 2023
Fig. 2 Results from Eq. (20) for ( a ) N  =   21 and ( b ) N  =   201. Magnified views are shown in ( c ) and ( d ). Integral of Eq. (21) shown in ( e ) N  =   21 and ( f ) N  =   201. All six plots are for a 1   =   1 ,   a 2   =   1 ,   a 3   =  ... More about this image found in Results from Eq. (20) for ( a ) N  =   21 and ( b ) N  =   201. Magnifi...
Image
( a ) Function  e ( s ) obtained from Eq.  (21)  for  N  =   2001 along wit...
Published Online: May 25, 2023
Fig. 3 ( a ) Function e ( s ) obtained from Eq. (21) for N  =   2001 along with its piecewise cubic polynomial approximation e ¯ ( s ) . ( b ) Kernel w ( s ) obtained by differentiating e ¯ ( s ) with respect to s . ( c ) ECLP of the LQR controller and the characte... More about this image found in ( a ) Function e ( s ) obtained from Eq. (21) for N  =   2001 along wit...
Image
Kernel function fitted with ( a ) piecewise linear and ( b ) piecewise quad...
Published Online: May 25, 2023
Fig. 4 Kernel function fitted with ( a ) piecewise linear and ( b ) piecewise quadratic polynomials. ECLP of the LQR controller and the characteristic roots (OCLP) of ( c ) Eq. (30) and ( d ) Eq. (31) . Time response and the LQR control input of ( e ) Eq. (30) and ( f ) Eq. (31) . All these ... More about this image found in Kernel function fitted with ( a ) piecewise linear and ( b ) piecewise quad...
Image
Image
Compare with Fig.  1 . Characteristic roots of the ( a ) open-loop system g...
Published Online: May 25, 2023
Fig. 6 Compare with Fig. 1 . Characteristic roots of the ( a ) open-loop system given by Eq. (32) with u ( t )   =   0 (OLP), ( b ) augmented system given by Eq. (34) (ASP), and ( c ) closed-loop poles with LQR (ECLP). More about this image found in Compare with Fig. 1 . Characteristic roots of the ( a ) open-loop system g...
Image
( a ) Function  e ( s ) obtained for  N  =   2001 along with its piecewise ...
Published Online: May 25, 2023
Fig. 7 ( a ) Function e ( s ) obtained for N  =   2001 along with its piecewise cubic polynomial approximation e ¯ ( s ) . ( b ) Kernel w ( s ) obtained by differentiating e ¯ ( s ) with respect to s . ( c ) ECLP of the LQR controller and the characteristic roots (OC... More about this image found in ( a ) Function e ( s ) obtained for N  =   2001 along with its piecewise ...
Image
Kernel function fitted with ( a ) piecewise linear and ( b ) piecewise cubi...
Published Online: May 25, 2023
Fig. 8 Kernel function fitted with ( a ) piecewise linear and ( b ) piecewise cubic polynomials. ECLP of the LQR controller compared with roots (OCLP) of Eq. (39) in subplot ( c ) and Eq. (40) in subplot ( d ). Time response and the LQR control input of Eqs. (39) and (40) in subplots ( e )... More about this image found in Kernel function fitted with ( a ) piecewise linear and ( b ) piecewise cubi...
Image
Image
Journal Articles
Journal Articles
Journal Articles
Journal Articles
Journal Articles
Image