Thesis--Virginia Polytechnic Institute and State University. / Also available via the Internet.

Theses (Ed.S.)--Marshall University, 2006. / Title from document title page. Includes abstract. Document formatted into pages: contains 13 p. Bibliography: page 13.

Münster (Westfalen), Universiẗat, Diss., 2003.

Stuttgart, Universiẗat, Diss., 2004.

Düsseldorf, Universiẗat, Diss., 2003.

Siegen, University, Diss., 2004.

The intent of this study is to show maturational changes in the identification process, as illustrated by the responses of 222 normal 5, 10 and 15-year-old children to twenty-one white match-stick drawings of pairs of human figures on a plain black ground. The subjects, divided into age, sex and I.Q. groups, are asked to state the identity and activity of the figures as each card is shown. Scoring takes into account the sex and maturity (adult or child) assigned to figures, "emotional" states projected, interaction between figures, "popularity" of responses, and family-figures (including self) recognized. The writer feels that the test fulfils its purpose: scoring was found adequate for the present, preliminary, study, although refinements are necessary, and appear feasible, for further research. Findings are given in terms of the following hypotheses, which guided the study. First, hypotheses regarding projections of the various sex or age groups: (a) That girls will see more women and girls than will boys: at the 10 and 15-year-old level, this difference is significant. (b) That 5-year-olds will see chiefly men and women because they tend to identify with parental figures: strong supporting evidence is revealed. (c) That 15-year-olds will see fewer men and women than 5-year-olds, but more than 10-year-olds, because of their closeness to maturity: no significant difference is discernible. (d) That 15-year-olds will see more boys and girls together because of awakening interest in the opposite sex, while 10-year-olds will see more boys and/or girls together. Ten-year-olds gave more boy-girl, as well as more boy-boy responses than did 15-year-olds. (e) That 15-year-olds' records will resemble those of adults more than they will those of the younger groups: in many aspects of the responses, this was confirmed. (f) That 5-year-olds, particularly only-children, will tend to see themselves: this was found so. (g) That girls will see more mother-figures and boys more father-figures: results confirm the former part of this proposition, but not the latter. Second, hypotheses regarding approach; (a) That 5-year-olds will tend to perseverate, misinterpret figures, see two figures without interaction, name the sex but have it meaningless, and give kinaesthetic responses: although no statistical analysis was done, the writer is confident that these are revealed as characteristics of this group. (b) That brighter children in all groups will give more interpretations and fewer descriptions, and (c) That the lower the I.Q., the more the approach will resemble that of a lower age group: these hypotheses could not be confirmed because of the combination of age and sex in each I.Q. group. Third, hypotheses regarding content; (a) That boys will give more aggressive, conflict responses: although inconclusive, evidence appears to refute this assertion. (b) That girls will give more "emotional" responses: this is definitely confirmed. (c) That boys will see more objects: results lead to the rejection of this hypothesis. The study proved highly provocative, and would seem to warrant further investigation. / Arts, Faculty of / Psychology, Department of / Graduate

Au cours des dernières années, les tests unitaires sont devenus un élément essentiel de tout projetlogiciel sérieux afin de vérifier son bon fonctionnement.Cependant, les tests sont fastidieux et coûteux pour l'industrie: il est difficile d'évaluer le retour surinvestissement.Pour surmonter ce problème, la recherche étudie l'automatisation de la création de tests.Même si ces suites de tests générées automatiquement ont une très bonne qualité, il existe toujours desobstacles à l'adoption de telles techniques par l'industrie.Cela s'explique par les difficultés à comprendre, intégrer et gérer la suite de tests générée.L'objectif de cette thèse est de remédier à ces difficultés en proposant une nouvelle technique quiproduit des nouveaux tests basés sur les tests existants. Cette technique s'appelle "amplification detests". Par construction, ces nouveaux tests sont donc proches des tests écrits par des humains, et doncsont faciles à comprendre, à intégrer et à gérer. Cette approche est implémentée sous forme d'un outilappelé DSpot. / In recent years, unit testing has become an essential part of any serious software project to verify itsproper functioning.However, the tests are tedious and expensive for the industry: it is difficult to evaluate the return oninvestment.To overcome this problem, the research is investigating the automation of test creation.Although these automatically generated test suites are of high quality, there are still barriers to theindustry adoption of such techniques.This is because of the difficulty in understanding, integrating, and managing the generated test suite.The objective of this thesis is to overcome these difficulties by proposing a new technique thatproduces new tests based on existing tests. This technique is called "test amplification". Byconstruction, these new tests are close to the tests written by humans, and therefore are easy tounderstand, integrate and manage. This approach is implemented as a tool called DSpot.

ITC/USA 2011 Conference Proceedings / The Forty-Seventh Annual International Telemetering Conference and Technical Exhibition / October 24-27, 2011 / Bally's Las Vegas, Las Vegas, Nevada / An automated missile testing environment, reliant on telemetry data, demands automated control of telemetry devices. Software reuse across many missile products (Wikipedia)i and different lab environments requires a software control product that has a simple interface and an ease of modification across different telemetry device vendors. This paper describes a software application that integrates telemetry control/status into automated test and provides a simplified GUI to expedite manual testing. Results from this application show telemetry overhead time reduced by 74%, with a rapid payback on our investment of less than six months.

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