Selected citations from 1994 to mid 2000 for:

Nonlinear regulation: The piecewise linear approach,''
IEEE Trans. Autom. Control 26(1981): 346-358.

   Litsyn E, Nepomnyashchikh YV, Ponosov A
    Stabilization of linear differential systems via hybrid feedback controls
    SIAM J CONTROL OPTIM 38: (5) 1468-1480 MAY 26 2000 

   Grune L
    Homogeneous state feedback stabilization of homogenous systems
    SIAM J CONTROL OPTIM 38: (4) 1288-1308 MAY 24 2000 

   Blondel VD, Tsitsiklis JN
    Overview of complexity and decidability results for three classes of elementary nonlinear
    systems
    LECT NOTES CONTR INF 241: 46-58 1999 

   Romanchuk BG, Smith MC
    Incremental gain analysis of piecewise linear systems and application to the antiwindup
    problem
    AUTOMATICA 35: (7) 1275-1283 JUL 1999 

   Julian P, Guivant J, Desages A
    A parametrization of piecewise linear Lyapunov functions via linear programming
    INT J CONTROL 72: (7-8) 702-715 MAY 10 1999 

   Blondel VD, Tsitsiklis JN
    Complexity of stability and controllability of elementary hybrid systems
    AUTOMATICA 35: (3) 479-489 MAR 1999 

   Wellstead PE, Pettit NBOL
    Analysis and redesign of an antilock brake system controller
    IEE P-CONTR THEOR AP 144: (5) 413-426 SEP 1997 

   Grune L
    Asymptotic controllability and exponential stabilization of nonlinear control systems at
    singular points
    SIAM J CONTROL OPTIM 36: (5) 1585-1603 SEP 1998 

   van den Hof JM
    Positive linear observers for linear compartmental systems
    SIAM J CONTROL OPTIM 36: (2) 590-608 MAR 1998 

   Clarke FH, Ledyaev YS, Sontag ED, et al.
    Asymptotic controllability implies feedback stabilization
    IEEE T AUTOMAT CONTR 42: (10) 1394-1407 OCT 1997 



   Shevitz D, Paden B
    Computational issues in a nonlinear observer for systems with quantized outputs
    J DYN SYST-T ASME 119: (3) 528-535 SEP 1997 

   Romanchuk BG
    Computing regions of attraction with polytopes: Planar case
    AUTOMATICA 32: (12) 1727-1732 DEC 1996 

   Zeng XJ, Singh MG
    Decomposition property of fuzzy systems and its applications
    IEEE T FUZZY SYST 4: (2) 149-165 MAY 1996 

   Sjoberg J, Zhang QH, Ljung L, et al.
    Nonlinear black-box modeling in system identification: A unified overview
    AUTOMATICA 31: (12) 1691-1724 DEC 1995 

   Bestaoui Y, Benmerzouk D
    A stability and sensitivity analysis of the robotic computed torque technique using a
    regular perturbation approach
    INT J ROBOT AUTOM 10: (4) 171-177 1995 

   PETTIT NBOL, WELLSTEAD PE
    ANALYZING PIECEWISE-LINEAR DYNAMICAL-SYSTEMS
    IEEE CONTR SYST MAG 15: (5) 43-50 OCT 1995 

   FLORCHINGER P
    LYAPUNOV-LIKE TECHNIQUES FOR STOCHASTIC STABILITY
    SIAM J CONTROL OPTIM 33: (4) 1151-1169 JUL 1995 

   PETTIT N, WELLSTEAD PE
    AN ANALYSIS METHOD FOR PIECEWISE-LINEAR DYNAMICAL-SYSTEMS
    T I MEAS CONTROL 16: (1) 9-16 1994 

   KREISSELMEIER G, BIRKHOLZER T
    NUMERICAL NONLINEAR REGULATOR DESIGN
    IEEE T AUTOMAT CONTR 39: (1) 33-46 JAN 1994