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The process of converting the digitized MDPI media into something that can be used for web delivery is conceptually simple: transcode each one into derivatives and transfer them to the delivery system. However, like most things, the devil is in the details. Data corruption, tape latency, and managing large amounts of data are just a few of the problems which must be overcome.
This session will follow the steps that MDPI digital objects take during processing and explore the solutions used to create a system which must reliably process hundreds of hours of audio and video content daily.
Brady, Erika, Kruesi, Margaret, Primiano, Leonard Norman
Summary:
Many years ago as a graduate student studying William Langland’s Vision of Piers Plowman, I came upon what was evidently a popular scatological riddle pertaining to a profound theological teaching. Since that time I have continued to ruminate over the role of humor—especially sexual and scatological humor—arising from within vernacular Catholicism. In this talk, I will consider the serious play of such forms of expression and their significance for folklorists concerned with the nature of belief in the sacred.
BASELINE: Animation of the evolution of midplane and meridional densities in logarithmic scale for the BASELINE simulation. The axes have units of AU and the time is given in ORPs in the upper right of each panel. The series starts at t = 0 ORPs and proceeds to the end of the simulation at approximately 21 ORPs.
1JUP0ORP: Animation of the evolution of midplane and meridional densities in logarithmic scale for the 1JUP0ORP simulation. The axes have units of AU and the time is given in ORPs in the upper right of each panel. The series starts at t = 0.08 ORPs and proceeds to the end of the simulation at approximately 10 ORPs. The black diamond in each of the panels indicates the location of the planet.
3JUP10ORP: Animation of the evolution of midplane and meridional densities in logarithmic scale for the 3JUP10ORP simulation. The axes have units of AU and the time is given in ORPs in the upper right of each panel. The series starts at t = 10.54 ORPs and proceeds to the end of the simulation at approximately 21 ORPs. The black diamond in each of the panels indicates the location of the planet.
0.3JUP0ORP: Animation of the evolution of midplane and meridional densities in logarithmic scale for the 0.3JUP0ORP simulation. The axes have units of AU and the time is given in ORPs in the upper right of each panel. The series starts at t = 0.08 ORPs and proceeds to the end of the simulation at approximately 10 ORPs. The black diamond in each of the panels indicates the location of the planet.
3JUP0ORP: Animation of the evolution of midplane and meridional densities in logarithmic scale for the 3JUP0ORP simulation. The axes have units of AU and the time is given in ORPs in the upper right of each panel. The series starts at t = 0.08 ORPs and proceeds to the end of the simulation at approximately 10 ORPs. The black diamond in each of the panels indicates the location of the planet.
