In this paper we shall consider the existence, uniqueness, and asymptotic behavior of mild solutions to stochastic partial functional differential equations with finite delay r>0: dX(t)=[−AX(t)+f(t, Xt)] dt+g(t, Xt) dW(t), where we assume that −A is a Store Men Nike LunarGlide+4 Gray Blue Green closed, densely defined linear operator and the generator of a certain analytic semigroup. f: (−∞, +∞)×Cα→H, g: (−∞, +∞)×Cα→02(K, H) are two locally Lipschitz continuous functions, where Cα=C([−r, 0], (Aα)), 02(K, H) are two proper infinite dimensional spaces, 0<α<1. Here, W(t) is a given K-valued Wiener process and both H and K are separable Hilbert spaces.
A bit-sliced hardware realization of a CMOVE Architecture microcomputer is proposed. AMD 2900 euqipment is used in most parts of the system, currently under construction. A comparative study of performance of arithmetic operations, between the CMOVE processor and existing microprocessors (Intel 8085, 8086, Motorola 68000 and Zilog 8000) has been conducted Blue Fluorescent Green Nike Free 5.0 V3 Women
for both single and multiple precision addition and multiplication. CMOVE turned out to be faster, particularly for multiplications at any precision level. In single-byte addition its performance is comparable to Intel 8085, which is even slightly
faster than the CMOVE for this case. An extension of the system into a distributed processor with a capability of connection to a large number of peripherals has been proposed.