2,698 research outputs found
Russell L. Neal and Elaine Neal Interview, September 18, 1984
Russell and Elaine Neal discuss Missoula\u27s West side--the Lowell and Whittier school areas--and the effects of the Depression on the teachers and families in the area. They speak about the effects organizations such as the PTA and the Westside Club had on the schools, community, and public policy of Missoula.
This audio has not been transcribed, but a tape counter index is available.https://scholarworks.umt.edu/depressioninmissoula_oralhistory/1014/thumbnail.jp
Oral history interview with Neal R. Amundson
Transcript, 48 pp.Amundson, a leading member of the University of Minnesota’s Chemical Engineering Department, discusses the transformation of chemical engineering beginning in the 1950s into a mathematics-based engineering science and his role in its evolution at Minnesota. Comparisons with other leading departments, observations on relations with local industry, descriptions of hiring faculty in Mathematics, and the building up of Chemical Engineering. Description of early computers in chemical engineering, including IBM 602A punch, REAC analog computer, UNIVAC 1103, Control Data 1604. Interview includes comments by Leon Green and Donald Aronson, both faculty members in Mathematics.Amundson, Neal Russell, 1916-. (1995). Oral history interview with Neal R. Amundson. Retrieved from the University Digital Conservancy, https://hdl.handle.net/11299/104342
Senator Neal, Governor Castle, and Russell McCabe
This negative shows Governor Michael (Mike) Newbold Castle, Senator Neal, and Russell McCabe gathered for the Governor's signing of Senate Joint Resolution 21. The Governor hands McCabe a pen. Senate Joint Resolution 21 addressed the implementation of a statewide records management program for the state's counties and municipalities. The program was named the Delaware Local Records Project. (Laws of Delaware, Volume 65, Chapter 537)
Senator Neal, Governor Castle, and Russell McCabe
This negative shows Governor Michael (Mike) Newbold Castle, Senator Neal, and Russell McCabe gathered for the Governor's signing of Senate Joint Resolution 21. The Governor hands McCabe a pen. Senate Joint Resolution 21 addressed the implementation of a statewide records management program for the state's counties and municipalities. The program was named the Delaware Local Records Project. (Laws of Delaware, Volume 65, Chapter 537)
Governor Castle, Senator Neal, and Russell McCabe
This negative shows Governor Michael (Mike) Newbold Castle signing Senate Joint Resolution 21. Senator Neal and Russell McCabe stand next to the Governor. The Governor looks toward the camera. Senate Joint Resolution 21 addressed the implementation of a statewide records management program for the state's counties and municipalities. The program was named the Delaware Local Records Project. (Laws of Delaware, Volume 65, Chapter 537)
Governor Castle, Senator Neal, and Russell McCabe
This negative shows Governor Michael (Mike) Newbold Castle signing Senate Joint Resolution 21. Senator Neal and Russell McCabe stand next to the Governor. The Governor looks toward the camera. Senate Joint Resolution 21 addressed the implementation of a statewide records management program for the state's counties and municipalities. The program was named the Delaware Local Records Project. (Laws of Delaware, Volume 65, Chapter 537)
Historical Fiction Author Don Neal Discusses Cold War Activities in Alaska
During the Cold War, the USA was concerned that Russia would invade Alaska and American intelligence officers created the Stay Behind Agent Program to counter. At this event, Don Neal, author of the Ben Hunnicutt series that includes Cross Kill, Warhead, and washtub Gold, discusses the Nike missile system, the top-secret anti-espionage campaign Operation Washtub, and other Cold War activities in Alaska
Material Spirituality with Neal DeRoo Pt. I
Is spirituality one part of our lives that we experience in worship? Or does it permeate our whole being? Are we able to pull spirituality and religion apart? What would happen if we considered how our spirituality is embodied, deeply, in our world? In this inaugural episode of Critical Faith, Neal DeRoo explores these questions in his lecture "Toward a Material Spirituality: Religion and Phenomenological Expression." The recording is the first of three parts, all from a Scripture, Faith, and Scholarship Seminar hosted at the Institute for Christian Studies.
Neal DeRoo is Canada Research Chair in Phenomenology and Philosophy of Religion and Associate Professor of Philosophy at The King's University in Edmonton, Alberta, and the author of Futurity in Phenomenology: Promise and Method in Husserl, Levinas, and Derrida (Fordham: 2013)
Random Function Iterations for Stochastic Fixed Point Problems
We study the convergence of random function iterations for finding an invariant measure of the
corresponding Markov operator. We call the problem of finding such an invariant measure the
stochastic fixed point problem. This generalizes earlier work of the authors [Random function it-
erations for consistent stochastic feasibility, Numer. Funct. Analysis Opt. 40/4 (2019) 386–420]
studying the stochastic feasibility problem, namely, to find points that are, with probability 1,
fixed points of the random functions. When no such points exist, the stochastic feasibility problem
is called inconsistent, but still under certain assumptions, the more general stochastic fixed point
problem has a solution and the random function iteration converges to an invariant measure for
the corresponding Markov operator. We show how common structures in deterministic fixed point
theory can be exploited to establish existence of invariant measures and convergence in distribution
of the Markov chain. This framework specializes to many applications of current interest includ-
ing, for instance, stochastic algorithms for large-scale distributed computation, and deterministic
iterative procedures with computational error. The theory developed in this study provides a solid
basis for describing the convergence of simple computational methods without the assumption of
infinite precision arithmetic or vanishing computational errors
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