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Articles 1 - 5 of 5
Full-Text Articles in Audio Arts and Acoustics
Improving Simulations Of Sonic Booms Heard Indoors And Outdoors And Explore How The Sound Characteristics Affect Annoyance, Yingxiang Jiang, Patricia Davies
Improving Simulations Of Sonic Booms Heard Indoors And Outdoors And Explore How The Sound Characteristics Affect Annoyance, Yingxiang Jiang, Patricia Davies
The Summer Undergraduate Research Fellowship (SURF) Symposium
Supersonic flights can greatly shorten the flight time in the world and provide convenience for people all over the world. However, commercial supersonic flights over US territories are banned by Federal Aviation Administration in 1973 due to the intolerably loud noise of sonic booms. Recently, a few demonstrator aircraft have been built that produce much quieter booms. To determine whether the new boom is acceptable, many laboratory researchers are using simulated sonic boom signals for subjective test because the method is easy and cost-efficient, whereas it might not have enough fidelity to address the effect of the original one. In …
Isomorphic Midi Controller, Jay Wyatt
Isomorphic Midi Controller, Jay Wyatt
Liberal Arts and Engineering Studies
No abstract provided.
Marketing In A Multimedia Era, Jamie Armstrong
Overtone Analysis Of A Holtkamp Organ Using Fourier Methods, Mario Harper, David Berg
Overtone Analysis Of A Holtkamp Organ Using Fourier Methods, Mario Harper, David Berg
Student Showcase
This research is a study of the similarities and differences of the four sound families (principal, flute, reed, and string) of the organ, specifically, we used the organ located in the Kent Hall at USU. This experiment focuses on the mechanics of the organ, turning sound into mathematical signals, and performing Fourier analysis using computer methods. We conclude that a certain family of pipes (flute pipe family) had the most similarities to the “natural” series while the reed family was the most variant. We show the steps taken in our experiment and attempt to explain the variance and correlation of …
Malcolm Chisholm: An Evaluation Of Traditional Audio Engineering, Paul Linden
Malcolm Chisholm: An Evaluation Of Traditional Audio Engineering, Paul Linden
Scholarship and Professional Work - Communication
The career of longtime Chicago area audio engineer and notable Chess Records session recorder Malcolm Chisholm (1929-2003) serves as a window for assessing the stakes of technological and cultural developments around the birth of Rock & Roll. Chisholm stands within the traditional art-versus-commerce debate as an example of the post-World War II craftsman ethos marginalized by an incoming, corporate-determined paradigm. Contextual maps locate Chisholm’s style and environment of audio production as well as his impact within the rebranding of electrified Blues music into mainstream genres like Rock music. Interviews of former students and professional associates provide first-hand accounts of core …