Delay Differential Equations and Applications: NATO Science Series II: Mathematics, Physics and Chemistry, cartea 205

HISTORY OF DELAY EQUATIONS.- HISTORY OF DELAY EQUATIONS.- GENERAL RESULTS AND LINEAR THEORY OF DELAY EQUATIONS IN FINITE DIMENSIONAL SPACES.- SOME GENERAL RESULTS AND REMARKS ON DELAY DIFFERENTIAL EQUATIONS.- LINEAR AUTONOMOUS FUNCTIONAL DIFFERENTIAL EQUATIONS.- HOPF BIFURCATION, CENTRE MANIFOLDS AND NORMAL FORMS FOR DELAY DIFFERENTIAL EQUATIONS.- VARIATION OF CONSTANT FORMULA FOR DELAY DIFFERENTIAL EQUATIONS.- TO HOPF BIFURCATION THEORY FOR DELAY DIFFERENTIAL EQUATIONS.- AN ALGORITHMIC SCHEME FOR APPROXIMATING CENTER MANIFOLDS AND NORMAL FORMS FOR FUNCTIONAL DIFFERENTIAL EQUATIONS.- NORMAL FORMS AND BIFURCATIONS FOR DELAY DIFFERENTIAL EQUATIONS.- FUNCTIONAL DIFFERENTIAL EQUATIONS IN INFINITE DIMENSIONAL SPACES.- A THEORY OF LINEAR DELAY DIFFERENTIAL EQUATIONS IN INFINITE DIMENSIONAL SPACES.- THE BASIC THEORY OF ABSTRACT SEMILINEAR FUNCTIONAL DIFFERENTIAL EQUATIONS WITH NONDENSE DOMAIN.- MORE ON DELAY DIFFERENTIAL EQUATIONS AND APPLICATIONS.- DYNAMICS OF DELAY DIFFERENTIAL EQUATIONS.- DELAY DIFFERENTIAL EQUATIONS IN SINGLE SPECIES DYNAMICS.- WELL-POSEDNESS, REGULARITY AND ASYMPTOTIC BEHAVIOUR OF RETARDED DIFFERENTIAL EQUATIONS BY EXTRAPOLATION THEORY.- TIME DELAYS IN EPIDEMIC MODELS.