No description available.

No description available.

No description available.

No description available.

No description available.

No description available.

No description available.

No description available.

This study investigated the effects of progressive muscle relatxation on the frequency of, and the anxiety associated with, chronic nightmares. Three females diagnosed as suffering from an anxiety disorder and who experienced at least two nightmares per week served as subjects. Treatments consisted of practicing progressive relaxation trainig twice daily with the assistance of a tape-recorded exercise. The first practice occurred prior to 3:00 p.m. and the second practice occurred before retiring at night. Subjects recorded nightmare frequency, intensity, and theme on the Daily Nightmare Questionnaire (DNQ). In addition, nightmare-associated anxiety was measured daily with the State Trait Anxiety Inventory (STAI). Both DNQ and STAI data were collected daily via the telephone. The study utilized a multiple baseline strategy across subjects, and all subjects showed a decline in both nightmare frequency and state and trait anxiety levels. A mean reduction of .96 nightmares per week resulted. This study demonstrated that a basic relaxation exercise, which does not address possible intrapsychic variables, was effective in nightmare reduction through a reduction in levels of anxiety.

An accurate noise measurement is essential to a proper characterization of a noisy device. In the 1950s, the IRE first proposed the classical noise parameters for characterizing a noisy linear two-port network, and subsequently a measurement and extraction procedure. Since then, the task of accurately characterizing the parameters has always been challenging due to the sensitive nature of the noise parameters. This is especially so for an on-wafer device noise measurement, as opposed to that of a packaged device, due to various factors such as the lower noise level and losses in the signal path. Combined with the downscaling of the MOSFET technology in recent decades, which also improved the device's noise performance, they make noise measurement and characterization become even more difficult. A typical noise measurement starts with the calibration or characterization of the measurement system. This step is as important as the measurement itself in terms of the ultimate accuracy of the results. This thesis presents a noise receiver characterization method which improves upon existing methods by accurately taking into account the different reflection coefficient of the noise source between its hot and cold states. The improvement allows more precise determination of the receiver characterizations. Numerous studies have investigated the effect of the choice of the source terminations on the noise measurement results. These studies often provided contradicting suggestions on the selection techniques. In the thesis, a selection technique is proposed that allows quick determination of desirable terminations. Analyses using real measurement data on a 65 nm n-type MOSFET show that the proposed technique is able to provide terminations that yield noise parameters with smaller uncertainties relative to other terminations. / Thesis / Master of Applied Science (MASc)