irving rynning | University of Colorado at Colorado Springs (original) (raw)

Papers by irving rynning

An experimental application that utilizes a Xilinx "Field Programmable Gate Array" to implement a... more An experimental application that utilizes a Xilinx "Field Programmable Gate Array" to implement a Finite Impulse Response Filter in the Verilog language.
The hardware is discussed and results presented.

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For human–computer interaction, most devices use the fingers, sometimes the whole hand. And short... more For human–computer interaction, most devices use the fingers, sometimes the whole hand. And short of organ pedals, the fingers remain the primary source of triggering musical instrument digital interface (MIDI) synthesizers. This project offers an alternative in using the color intensity and hue controlled through objects manipulated or worn as clothing or ornament by the human body, as detected by a camera across the several zones of the video image. The method is explained in this report, along with pitfalls, perturbations, as well as performance and paradigm.

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For human–computer interaction, most devices use the fingers, sometimes the whole hand. And short... more For human–computer interaction, most devices use the fingers, sometimes the whole hand. And short of organ pedals, the fingers remain the primary source of triggering musical instrument digital interface (MIDI) synthesizers. This project offers an alternative in using the color intensity and hue controlled through objects manipulated or worn as clothing or ornament by the human body, as detected by a camera across the several zones of the video image. The method is explained in this report, along with pitfalls, perturbations, as well as performance and paradigm.

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The purpose of this project in computer vision is to expand my knowledge of digital image process... more The purpose of this project in computer vision is to expand my knowledge of digital image processing through a review of mathematical techniques used by academic researchers in the work in multi-dimensional — i.e., colour — images. A brief review of colour imaging, as well as various uses of the assessment tools are reviewed. It is observed that many of the methods introduced in class: edges, Gaussian filters, augmentation, recognition, indexing, object identification– have considerations using HSV manipulation and with through histograms of such interpretations.

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The purpose of this project in computer vision is to expand my knowledge of digital image process... more The purpose of this project in computer vision is to expand my knowledge of digital image processing through a review of mathematical techniques used by academic researchers in the work in multi-dimensional — i.e., colour — images. A brief review of colour imaging, as well as various uses of the assessment tools are reviewed. It is observed that many of the methods introduced in class: edges, Gaussian filters, augmentation, recognition, indexing, object identification– have considerations using HSV manipulation and with through histograms of such interpretations.

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Bookmarks Related papers MentionsView impact

Bookmarks Related papers MentionsView impact

Bookmarks Related papers MentionsView impact

An experimental application that utilizes a Xilinx "Field Programmable Gate Array" to implement a... more An experimental application that utilizes a Xilinx "Field Programmable Gate Array" to implement a Finite Impulse Response Filter in the Verilog language.
The hardware is discussed and results presented.

Bookmarks Related papers MentionsView impact

For human–computer interaction, most devices use the fingers, sometimes the whole hand. And short... more For human–computer interaction, most devices use the fingers, sometimes the whole hand. And short of organ pedals, the fingers remain the primary source of triggering musical instrument digital interface (MIDI) synthesizers. This project offers an alternative in using the color intensity and hue controlled through objects manipulated or worn as clothing or ornament by the human body, as detected by a camera across the several zones of the video image. The method is explained in this report, along with pitfalls, perturbations, as well as performance and paradigm.

Bookmarks Related papers MentionsView impact

For human–computer interaction, most devices use the fingers, sometimes the whole hand. And short... more For human–computer interaction, most devices use the fingers, sometimes the whole hand. And short of organ pedals, the fingers remain the primary source of triggering musical instrument digital interface (MIDI) synthesizers. This project offers an alternative in using the color intensity and hue controlled through objects manipulated or worn as clothing or ornament by the human body, as detected by a camera across the several zones of the video image. The method is explained in this report, along with pitfalls, perturbations, as well as performance and paradigm.

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The purpose of this project in computer vision is to expand my knowledge of digital image process... more The purpose of this project in computer vision is to expand my knowledge of digital image processing through a review of mathematical techniques used by academic researchers in the work in multi-dimensional — i.e., colour — images. A brief review of colour imaging, as well as various uses of the assessment tools are reviewed. It is observed that many of the methods introduced in class: edges, Gaussian filters, augmentation, recognition, indexing, object identification– have considerations using HSV manipulation and with through histograms of such interpretations.

Bookmarks Related papers MentionsView impact

The purpose of this project in computer vision is to expand my knowledge of digital image process... more The purpose of this project in computer vision is to expand my knowledge of digital image processing through a review of mathematical techniques used by academic researchers in the work in multi-dimensional — i.e., colour — images. A brief review of colour imaging, as well as various uses of the assessment tools are reviewed. It is observed that many of the methods introduced in class: edges, Gaussian filters, augmentation, recognition, indexing, object identification– have considerations using HSV manipulation and with through histograms of such interpretations.

Bookmarks Related papers MentionsView impact

Bookmarks Related papers MentionsView impact

Bookmarks Related papers MentionsView impact

Bookmarks Related papers MentionsView impact