Cognitive science

The purpose of this study was to determine if resistance exercise altered
peripheral BDNF concentration. Eighteen trained male subjects were split into two
groups performing varied repetition ranges. DUP-HR and DUP-LR groups trained
3x/week for 8 weeks, and were equated for total volume (repetitions X sets X intensity).
Plasma BDNF and interleukin-6 (IL-6) levels were measured prior to and immediately
following the first exercise session of weeks 1, 2, 4 and 6. Pre-exercise levels were also
assessed prior to the second and third sessions of week 1 and 6. Lastly, resting levels
were measured before and after training intervention. No group differences (p>0.05) were detected for either biomarker. An acute BDNF elevation (p=0.018) was detected only in the final week of training. IL-6 elevations were detected at all acute measurements (p<0.01). BDNF and IL-6 percentage change correlated significantly (p<0.05) in week-1. No chronic alterations were observed (p>0.05).

Cultural geographic theory uses dramatic language (place ballets , time-space routines, temporal rhythms , etc.) to describe how humans sense and dwell in places. Because the theory contemplates human behavior enacted upon a stage, it is applicable to theater studies. This thesis asserts that Hamlet's, Othello's, and Antony's treacherous lifeworlds undermine their spatiotemporal senses and initiate quests similar to those described by Anne Buttimer as searches "for order, predictability, and routine, as well as [...] for adventure and change" ("Grasping" 285). Hamlet's revenge plot is a pursuit of order and reclamation of his identity at Elsinore. Desdemona's murder is Othello's attempt to salvage his character, which he believed sullied by infidelity. Alexandria offers Antony a life opposite Rome's and sets him on a course of indecisiveness. These plays demonstrate that, at the point of cultural contact, routines are interrupted and identities destabilize. Tragically, the characters lose themselves in the turmoil.

Synchronization research reveals that those who are able to coordinate behavior in time are more likely to feel positively towards one another. Unlike previous research that has taken a linear approach, I examine the dynamical nature of individuals' emotional coordination by investigating the overlap in their moment-to-moment emotional responses to positive and negative events in the form of film clips. By using the mouse program, I develop a new relationship paradigm and find that this measure is able to capture the nuances of emotional responses, and, more importantly, it is able to distinguish between relationship partners versus pairs of strangers. However, I am unable to determine that emotional coordination, as determined by smaller differences in mouse program data between partners, is related to relationship quality, as measured by their level of liking and loving (for romantic partners only) towards each other and their future expectancy of the relationship.

Contemporary computer vision solutions to the problem of object detection aim at incorporating contextual information into the process. This thesis proposes a systematic evaluation of the usefulness of incorporating knowledge about the geometric context of a scene into a baseline object detection algorithm based on local features. This research extends publicly available MATLABRª implementations of leading algorithms in the field and integrates them in a coherent and extensible way. Experiments are presented to compare the performance and accuracy between baseline and context-based detectors, using images from the recently published SUN09 dataset. Experimental results demonstrate that adding contextual information about the geometry of the scene improves the detector performance over the baseline case in 50% of the tested cases.