SOEP, Biographische Erhebung, Haushaltspanel, Paneldesign, Kohortenstudie, Lebensverlauf, Stichprobenziehung, Hochrechnung, Datenstruktur, Service, SOEP, Biographical survey, Household panel, Panel design, Cohort study, Life course, Life span, Sampling procedure, Weighting, Data structure, Service,

We study techniques to visualize the behavior of malicious software (malware). Our aim is to help human analysts to quickly assess and classify the nature of a new malware sample. Our techniques are based on a parametrized abstraction of detailed behavioral reports automatically generated by sandbox environments. We then explore two visualization techniques: treemaps and thread graphs. We argue that both techniques can effectively support a human analyst (a) in detecting maliciousness of software, and (b) in classifying malicious behavior.

No abstract

No abstract

In contrast to the data published by Payne and Huntsman in 1982, no association between GLO I and Hp phenotypes could be found in a sample of 973 unrelated Austrians.