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Evidence of bands at South Dakota State University can be found as early as 1886, only the second year of classes at the Land-Grant institution. From this grew what is known today as the “Pride of the Dakotas Marching Band.” The band was led by six different men over the first twenty-one years of its existence. A highlight of these early years was a trip to the 1904 World’s Fair in St. Louis, Missouri, under the direction of John Parmalee Mann. His successor, Francis J. Haynes, penned the music to the school’s alma mater, the Yellow and the Blue. In 1911, Carl “Christy” Christensen became Director of Bands, and did not relinquish the title for forty-three years. The highlight of “Christy’s” illustrious career was a trip to Winnipeg, Manitoba, Canada in 1939, in which the band performed for King George VI and Queen Consort Elizabeth. The band has carried on a rich tradition of high-profile performances. In 1962, the band, under the direction of Dr. Warren Hatfield, began a relationship with the National Football League’s Minnesota Vikings. For over twenty years, the band performed at their games, and many of these performances were broadcast to a national television audience. Under the leadership of John Colson and Gene Pollart, the band continued to grow and become known for their high-energy, entertaining, and skillful performances. Because of this reputation, the band, under the direction of Dr. Darwin Walker, earned an invitation to the 1981 Inaugural Parade of President Ronald Reagan. James McKinney led the band to the 1997 Inaugural Parade of President William Clinton, the 2000 Fourth of July Parade in Washington, D.C., and the 2003 and 2008 Tournament of Rose Parades. Since McKinney’s retirement, Eric Peterson, James Coull, and Kevin Kessler have each served as the director of the Pride. This document chronicles the history of the band from its origins to 2015.

For the Music is a collection of creative nonfiction essays chronicling nine years of my life from when I first discover music to playing in my high school marching band. The theme of the collection is coming of age, with each piece highlighting a particular lesson I struggle to learn based around my experiences with band. Such situations include overcoming shyness, accepting change, and discovering how to work with others.

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acase@tulane.edu / Marching bands and the professional music scene in New Orleans have historically been male-dominated. Even as more female students are beginning to join marching bands, far fewer women go on to pursue careers in music than men do after participating in high school marching bands. This thesis shows how marching bands in New Orleans encourage visual, sonic, and social performances of uniform, normative masculinity that can discourage the professionalization of female band members after high school. Through observation and interviews with band students and directors at St. Mary’s Academy High School, which is an all-girls school, and Warren Easton Charter High School, which is co-ed, it is apparent that many girls are affected by stereotypes and social constructs that deem marching band and the subsequent careers in music to be masculine activities. This thesis looks at the history of marching bands as military organizations, the culture of bands today, and the patriarchal nature of the New Orleans professional music scene to show how marching bands maintain a gender hierarchy that privileges masculinity and can discourage professionalization in music for girls. / 1 / Olivia Broslawsky

This thesis looks at the problem of reconstructing a single surface representation from multiple range images acquired from a terrestrial laser scanner. A solution to this problem is important to industries such as mining, where accurate spatial measurement is required for mapping and volumetric calculations. Laser scanners for 3D measurement are now commercially available and software for deriving useful information from the data these devices generate is essential. A reconstruction technique based on an implicit surface representation of the range images and a polygonisation algorithm called marching triangles has been implemented in software and its performance investigated. This work improves upon the existing techniques in that it takes into account the particular differences of terrestrial range data as compared with data from small scale laser scanners. The implementation is robust with respect to noisy data and environments and requires minimal user input. A new approach to 3D spatial indexing is also developed to allow rapid evaluation of the true closest point to a surface which is the basis of the signed distance function implicit surface representation. A new technique for locating step discontinuities in the range image is presented, which caters for the varying sampling densities of terrestrial range images. The algorithm is demonstrated using representative range images acquired for surface erosion monitoring and for underground mine surveying. The results indicate that this reconstruction technique represents an improvement over current techniques for this type of range data. / http://proxy.library.adelaide.edu.au/login?url= http://library.adelaide.edu.au/cgi-bin/Pwebrecon.cgi?BBID=1169106 / Thesis (Ph.D.) -- University of Adelaide, School of Computer Science, 2005

This thesis looks at the problem of reconstructing a single surface representation from multiple range images acquired from a terrestrial laser scanner. A solution to this problem is important to industries such as mining, where accurate spatial measurement is required for mapping and volumetric calculations. Laser scanners for 3D measurement are now commercially available and software for deriving useful information from the data these devices generate is essential. A reconstruction technique based on an implicit surface representation of the range images and a polygonisation algorithm called marching triangles has been implemented in software and its performance investigated. This work improves upon the existing techniques in that it takes into account the particular differences of terrestrial range data as compared with data from small scale laser scanners. The implementation is robust with respect to noisy data and environments and requires minimal user input. A new approach to 3D spatial indexing is also developed to allow rapid evaluation of the true closest point to a surface which is the basis of the signed distance function implicit surface representation. A new technique for locating step discontinuities in the range image is presented, which caters for the varying sampling densities of terrestrial range images. The algorithm is demonstrated using representative range images acquired for surface erosion monitoring and for underground mine surveying. The results indicate that this reconstruction technique represents an improvement over current techniques for this type of range data. / http://proxy.library.adelaide.edu.au/login?url= http://library.adelaide.edu.au/cgi-bin/Pwebrecon.cgi?BBID=1169106 / Thesis (Ph.D.) -- University of Adelaide, School of Computer Science, 2005

Thesis (M.M.)--Boston University

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