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- Auditory perception (2)
- Sound (2)
- Sound -- Measurement (2)
- Subjectivity (2)
- Acoustic localization (1)
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- Aeroacoustics (1)
- Delay differential equations (1)
- Energy levels (Quantum mechanics) (1)
- Engery (1)
- Fourier transform spectroscopy (1)
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- Geometry (1)
- Integral transforms (1)
- Mathematical Physics (1)
- Objectivity (1)
- Operator theory (1)
- Paradigm (Theory of knowledge) (1)
- Scalar field theory (1)
- Sound (Philosophy) (1)
- Spectrum analysis (1)
- Time-domain analysis (1)
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Articles 1 - 13 of 13
Full-Text Articles in Other Physical Sciences and Mathematics
Bonding Effects On X-Ray Diffraction Intensities In Amorphous Silicon, Essam El Din E Aly
Bonding Effects On X-Ray Diffraction Intensities In Amorphous Silicon, Essam El Din E Aly
Archived Theses and Dissertations
No abstract provided.
Some Properties Of Iron Zinc Borate Glasses-Aluminium Composites, Faten Emile Guirguis Youssef
Some Properties Of Iron Zinc Borate Glasses-Aluminium Composites, Faten Emile Guirguis Youssef
Archived Theses and Dissertations
No abstract provided.
Audio Magazine: Proposed Series Chapter 07 - The Delay Plane And Time Delay Distortion, Richard C. Heyser
Audio Magazine: Proposed Series Chapter 07 - The Delay Plane And Time Delay Distortion, Richard C. Heyser
Unpublished Writings
Richard C. Heyser prepared this chapter as part of a series originally intended for AUDIO magazine in an effort to find an objective way of dealing with the subjective perception of sound. Through the implementation of the time delay spectrometry (TDS) method, Heyser was able to explore the mathematical analysis of audio and the philosophical principles of audio measurement. Chapter 7 discusses circuit theory and the Delay Plane.
Audio Magazine: Proposed Series Chapter 03 - Energy, Richard C. Heyser
Audio Magazine: Proposed Series Chapter 03 - Energy, Richard C. Heyser
Unpublished Writings
Richard C. Heyser prepared this chapter as part of a series originally intended for AUDIO magazine in an effort to find an objective way of dealing with the subjective perception of sound. Through the implementation of the time delay spectrometry (TDS) method, Heyser was able to explore the mathematical analysis of audio and the philosophical principles of audio measurement. Chapter 3 discusses the partitions of energy to show that the prediction of relation is demonstrable.
Audio Magazine: Proposed Series Chapter 01 - Tds, Richard C. Heyser
Audio Magazine: Proposed Series Chapter 01 - Tds, Richard C. Heyser
Unpublished Writings
Richard C. Heyser prepared this chapter as part of a series originally intended for AUDIO magazine in an effort to find an objective way of dealing with the subjective perception of sound. Through the implementation of the time delay spectrometry (TDS) method, Heyser was able to explore the mathematical analysis of audio and the philosophical principles of audio measurement. Chapter 1 introduces Heyser's logic for attempting to find a way to measure the subjective perception of sound.
Audio Magazine: Proposed Series Chapter 05, Richard C. Heyser
Audio Magazine: Proposed Series Chapter 05, Richard C. Heyser
Unpublished Writings
Richard C. Heyser prepared this chapter as part of a series originally intended for AUDIO magazine in an effort to find an objective way of dealing with the subjective perception of sound. Through the implementation of the time delay spectrometry (TDS) method, Heyser was able to explore the mathematical analysis of audio and the philosophical principles of audio measurement. Chapter 5 considers the predictions of the new paradigm and discusses the the abilities for operators to commute.
Audio Magazine: Proposed Series Chapter 06 - Measurement And Listening, Richard C. Heyser
Audio Magazine: Proposed Series Chapter 06 - Measurement And Listening, Richard C. Heyser
Unpublished Writings
Richard C. Heyser prepared this chapter as part of a series originally intended for AUDIO magazine in an effort to find an objective way of dealing with the subjective perception of sound. Through the implementation of the time delay spectrometry (TDS) method, Heyser was able to explore the mathematical analysis of audio and the philosophical principles of audio measurement. Chapter 6 demonstrates the second prediction of the new paradigm.
Audio Magazine: Proposed Series Chapter 11 - Conclusion, Richard C. Heyser
Audio Magazine: Proposed Series Chapter 11 - Conclusion, Richard C. Heyser
Unpublished Writings
Richard C. Heyser prepared this chapter as part of a series originally intended for AUDIO magazine in an effort to find an objective way of dealing with the subjective perception of sound. Through the implementation of the time delay spectrometry (TDS) method, Heyser was able to explore the mathematical analysis of audio and the philosophical principles of audio measurement. Chapter 11 concludes the series and summaries the purpose of this study.
Audio Magazine: Proposed Series Chapter 09 - Geometry, Richard C. Heyser
Audio Magazine: Proposed Series Chapter 09 - Geometry, Richard C. Heyser
Unpublished Writings
Richard C. Heyser prepared this chapter as part of a series originally intended for AUDIO magazine in an effort to find an objective way of dealing with the subjective perception of sound. Through the implementation of the time delay spectrometry (TDS) method, Heyser was able to explore the mathematical analysis of audio and the philosophical principles of audio measurement. Chapter 9 discusses the geometric measuring of sound and the existence of a sound image.
Audio Magazine: Proposed Series Chapter 08 - Stereo Reproduction, Richard C. Heyser
Audio Magazine: Proposed Series Chapter 08 - Stereo Reproduction, Richard C. Heyser
Unpublished Writings
Richard C. Heyser prepared this chapter as part of a series originally intended for AUDIO magazine in an effort to find an objective way of dealing with the subjective perception of sound. Through the implementation of the time delay spectrometry (TDS) method, Heyser was able to explore the mathematical analysis of audio and the philosophical principles of audio measurement. Chapter 8 discusses the perceptions of sound through monaural and stereo reproduction.
Audio Magazine: Proposed Series Chapter 02 - Measurement And Listening, Richard C. Heyser
Audio Magazine: Proposed Series Chapter 02 - Measurement And Listening, Richard C. Heyser
Unpublished Writings
Richard C. Heyser prepared this chapter as part of a series originally intended for AUDIO magazine in an effort to find an objective way of dealing with the subjective perception of sound. Through the implementation of the time delay spectrometry (TDS) method, Heyser was able to explore the mathematical analysis of audio and the philosophical principles of audio measurement. Chapter 2 discusses the new paradigm, "Principle of Alternatives."
Audio Magazine: Proposed Series Chapter 10 - Analogies, Richard C. Heyser
Audio Magazine: Proposed Series Chapter 10 - Analogies, Richard C. Heyser
Unpublished Writings
Richard C. Heyser prepared this chapter as part of a series originally intended for AUDIO magazine in an effort to find an objective way of dealing with the subjective perception of sound. Through the implementation of the time delay spectrometry (TDS) method, Heyser was able to explore the mathematical analysis of audio and the philosophical principles of audio measurement. Chapter 10 discusses the philosophy and theory behind audio concepts to explain the purposes behind this study.
Audio Magazine: Proposed Series Chapter 04 - Predictions Of A Paradigm, Richard C. Heyser
Audio Magazine: Proposed Series Chapter 04 - Predictions Of A Paradigm, Richard C. Heyser
Unpublished Writings
Richard C. Heyser prepared this chapter as part of a series originally intended for AUDIO magazine in an effort to find an objective way of dealing with the subjective perception of sound. Through the implementation of the time delay spectrometry (TDS) method, Heyser was able to explore the mathematical analysis of audio and the philosophical principles of audio measurement. In Chapter 4, Heyser proposes a new paradigm of alternatives to expand the analysis capabilities of audio measurement.