It is necessary to evaluate and compare the characteristics of
various methods of accessing data-files in order to utilize economically
both the hardware and the software (Space and Time) supported
by the digital on-line system. The purpose of this paper is to
describe and evaluate the structure and use of...
The development of new electronic devices and design procedures
applicable to ternary switching circuits suggests that it might be desirable
to use ternary arithmetic in direct digital control systems.
The advantages of decimal, binary, and ternary arithmetic in digital
computers are discussed and a set of rules for signed -digit...
This paper describes the system design of a Fortran hardware
compiler which converts the original code of a source program into
an intermediate code. This code contains features that allow easy
machine code generation. An evaluation is first made on the marketability
of such a system and then a brief...
Because of its characteristics, the square-loop magnetic core
can be used as the basic device in a logic system. A magnetomotive
force (mmf) which is below the threshold mmf of such a core will
cause a negligible, nonpermanent amount of flux change in the core;
and information signals can be...
This thesis considers the worst-case design of transistor
circuits for the realization of Majority Logic.
First the meaning of Majority Logic is discussed. The requirement
of an odd number of inputs for the realization of Majority
Logic is justified. The usefulness of Majority Logic in synthesizing
a Boolean expression is...
A high speed adaptive signal processing concept and several high
speed adaptive logic circuit elements are presented.
The adaptive signal processing system operates in a "goal" oriented
mode; the system tries to optimize its characteristics to
achieve a given goal in spite of unforeseen variations in the inputs,
the system,...