# Applied Mathematics and Computation

Applied Mathematics and Computation > 1995 > 67 > 1-3 > 3-31

Applied Mathematics and Computation > 1995 > 67 > 1-3 > 103-134

Applied Mathematics and Computation > 1995 > 67 > 1-3 > 81-101

Applied Mathematics and Computation > 1995 > 67 > 1-3 > 33-60

Applied Mathematics and Computation > 1995 > 67 > 1-3 > 61-79

Applied Mathematics and Computation > 1995 > 67 > 1-3 > 197-225

Applied Mathematics and Computation > 1995 > 67 > 1-3 > 135-159

Applied Mathematics and Computation > 1995 > 67 > 1-3 > 265-292

Applied Mathematics and Computation > 1995 > 67 > 1-3 > 227-264

Applied Mathematics and Computation > 1995 > 67 > 1-3 > 161-195

Applied Mathematics and Computation > 1995 > 68 > 1 > 27-40

Applied Mathematics and Computation > 1995 > 68 > 1 > 41-50

Applied Mathematics and Computation > 1995 > 68 > 1 > 15-25

^{α}x(t)dt

^{α}F(t,x(t)) a.e. on I = [0,T], α R

^{+}as a consequent result of the study of the Cauchy problem of the fractional differential equationd

^{α}x(t)dt

^{α}= f(t,x(t)), t I, α R

^{+}in the Banach space E, where F(t,x(t)) is a set-valued function defined...

Applied Mathematics and Computation > 1995 > 68 > 1 > 71-93

Applied Mathematics and Computation > 1995 > 68 > 1 > 51-70

Applied Mathematics and Computation > 1995 > 68 > 1 > 1-13

^{n}dt

^{n}(x(t) + cx(t - h) + Cx(t + H)) + qx(t - g) + Qx(t + G) = 0, where c,C,g,G,h, and H are real constants, and q and Q are nonnegative real constants.

Applied Mathematics and Computation > 1995 > 68 > 2-3 > 189-198

Applied Mathematics and Computation > 1995 > 68 > 2-3 > 95-104

Applied Mathematics and Computation > 1995 > 68 > 2-3 > 113-124