Design and Three-Item Paradigms

Three Unconventional Computational Paradigms

My recent work has uncovered at least three general unconventional computational paradigms within which parallel algorithms lead to a superlinear improvement in performance (that is, speed and quality) with respect to their sequential counterparts. These paradigms, described in some detail below, are: computing in real time, computing within the bounds of laws of nature, and computing subject t...

Evaluating Algorithmic Design Paradigms

We present formal models for some of the known algorithmic design paradigms. Ideally, a formal model of a paradigm should: (1). Include all or nearly all of the known algorithms intuitively classified as examples of the technique; (2). Capture the intrinsic characteristics of the paradigm; (3). Be useful in lower bounding the limits of the technique through proofs of negative results for all al...

Three Paradigms of Rational Agency

The Three Paradigms of HCI

Informal histories of HCI commonly document two major intellectual waves that have formed the field: the first orienting from engineering/human factors with its focus on optimizing man-machine fit, and the second stemming from cognitive science, with an increased emphasis on theory and on what is happening not only in the computer but, simultaneously, in the human mind. In this paper, we docume...

Design and fabrication of three axes accelerometer

Technology can provide safety in physical practices and improving the performance of these activities, so manufacturing of equipments for these purposes has been considered widely. The aim of the present paper was design and fabrication of three-axis accelerometer. hree acceleration sensors, three gyroscopes for angular velocity measurement, a microcontroller for converting analog data to ...