This thesis examined the hardware acceleration properties of automatic target recognition algorithms. It specifically focused on an algorithm produced by the SystemOriented High Range Resolution Automatic Recognition Program at the WrightPatterson Air Force Base. Analysis of this algorithm determined which calculations would be most suitable for and derive the most benefit from hardware acceler...

While lots of effort is done on behalf of the ATM Forum and the ITU standardisation bodies in specifying the user network interface (UNI) for ATM’s available bit rate (ABR) service the specification of the switch mechanisms will be left to the manufacturers. In this study some of the algorithms proposed for dynamically distributing the available bandwidth at the switches such as EPRCA, CAPC, th...

Short sections of text, not to exceed two paragraphs, may be quoted without explicit permission, provided that full credit including © notice is given to the source. Abstract We catalog the complete contents of All-American Analyst reports and examine the market reaction to their release. Including the justifications supporting an analyst's opinion reduces, and in some models eliminates, the si...

Abstract In this work we study different variations of the MIT bag model. We start with so called non-ideal model and discuss it in detail. Then implement a vector interaction that simulates meson exchange fix quark-meson coupling constants via symmetry group theory. At end propose an original model, inspired by Boguta-Bodmer models, which allows us to control repulsion at high densities. For e...

Abstract In the present work we use modified versions of MIT bag model, on which both a vector field and self-interacting term are introduced, to obtain hot quark matter investigate QCD phase diagram. We first analyze two-flavored constrained freeze-out liquid-gas transition at hadronic phase. Later, three-flavored subject β equilibrium charge neutrality is used compute star macroscopic propert...

We present a general formalism for the evaluation of time-reversal odd parton distributions. This formalism is applied to the evaluation of the two T-odd TMDs allowed at the twist-2 level, i.e., the Sivers and the Boer-Mulders functions. We have performed the calculation for two different models of proton structure: a non relativistic constituent quark model and the MIT bag model. The results o...

In this paper, a novel scheme is proposed to adapt the gains of a sliding mode controller (SMC) so that the problems faced in its practical implementations as a motion controller are overcome. A L yapunov function is selected for the design of the SMC and an MIT rule is used for gain adaptation. The criterion that is minimized for gain adaptation is selected as the sum of the squares of the con...

The Conventional control approach may not be suitable for non-linear systems and for the systems with considerable parameter variations over a period of time. On the other hand adaptive control techniques proved to be a convenient tool in dealing with the above said systems. The Model Reference Adaptive Systems (MRAS) with performance specifications given in terms of reference model is tried fo...

Abstract: New datamining techniques are developed for generating frequent episode rules of traffic events. These episode rules are used to distinguish anomalous sequences of TCP, UDP, or ICMP connections from normal traffic episodes. Fundamental rule pruning techniques are introduced to reduce the search space by 40-70%. Our approach accelerates the entire process of machine learning and profil...