Reduced-complexity controllers for LPV systems: Towards incremental synthesis
S de Hillerin, G Scorletti… - 2011 50th IEEE …, 2011 - ieeexplore.ieee.org
Existing synthesis methods for LPV systems often result in controllers of high complexity. So
far, there is no efficient and systematic remedy to this issue as there exists no convex …
far, there is no efficient and systematic remedy to this issue as there exists no convex …
[PDF][PDF] Reduced-Complexity Controllers for LPV Systems: Towards Incremental Synthesis
S de Hillerin, G Scorletti, V Fromion - folk.ntnu.no
Existing synthesis methods for LPV systems often result in controllers of high complexity. So
far, there is no efficient and systematic remedy to this issue as there exists no convex …
far, there is no efficient and systematic remedy to this issue as there exists no convex …
Reduced-complexity controllers for LPV Systems: Towards incremental synthesis
S de Hillerin, G Scorletti, V Fromion - IEEE Conference on Decision and Control … - infona.pl
Existing synthesis methods for LPV systems often result in controllers of high complexity. So
far, there is no efficient and systematic remedy to this issue as there exists no convex …
far, there is no efficient and systematic remedy to this issue as there exists no convex …
[PDF][PDF] Reduced-Complexity Controllers for LPV Systems: Towards Incremental Synthesis
S de Hillerin, G Scorletti, V Fromion - researchgate.net
Existing synthesis methods for LPV systems often result in controllers of high complexity. So
far, there is no efficient and systematic remedy to this issue as there exists no convex …
far, there is no efficient and systematic remedy to this issue as there exists no convex …
[PDF][PDF] Reduced-Complexity Controllers for LPV Systems: Towards Incremental Synthesis
S de Hillerin, G Scorletti, V Fromion - nt.ntnu.no
Existing synthesis methods for LPV systems often result in controllers of high complexity. So
far, there is no efficient and systematic remedy to this issue as there exists no convex …
far, there is no efficient and systematic remedy to this issue as there exists no convex …
Reduced Complexity Controllers for LPV Systems: Towards Incremental Synthesis
S de Hillerin, G Scorletti, V Fromion - IEEE Conférence on Décision and …, 2011 - hal.science
Existing synthesis methods for LPV systems often result in controllers of high complexity. So
far, there is no efficient and systematic remedy to this issue as there exists no convex …
far, there is no efficient and systematic remedy to this issue as there exists no convex …
[PDF][PDF] Reduced-Complexity Controllers for LPV Systems: Towards Incremental Synthesis
S de Hillerin, G Scorletti, V Fromion - academia.edu
Existing synthesis methods for LPV systems often result in controllers of high complexity. So
far, there is no efficient and systematic remedy to this issue as there exists no convex …
far, there is no efficient and systematic remedy to this issue as there exists no convex …