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Full-Text Articles in Signal Processing
"Dual Peaks" Analog Distortion Guitar Effects Pedal, Dave Raul Breuer
"Dual Peaks" Analog Distortion Guitar Effects Pedal, Dave Raul Breuer
Computer Engineering
The Dual Peaks distortion pedal is an analog effects pedal for electric guitar that distorts and boosts the guitar signal in order to achieve tonal characteristics often heard in music genres such as blues, rock, hard rock, and metal. Dual Peaks aims to remedy the current distortion pedal design, and provide a new spin not often provided in the majority of pedals. Dual Peaks contains two separate distortion channels which provide the player with a vast array of distortion and overdrive tones at the press of a switch. Also, Dual Peaks has a "noise gate" and 3-band equalizer circuits built …
Fpga-Based Dsp System, Aaron Nguyen
Fpga-Based Dsp System, Aaron Nguyen
Computer Engineering
The purpose of this project is to create a modular FPGA-based filtering system for audio in VHDL. The final implementation has a working input, output, and filtering system but the filtering system still must be fine-tuned.
Analog Sorting Using Pulse Width Modulation, Riley C. Olson
Analog Sorting Using Pulse Width Modulation, Riley C. Olson
Computer Engineering
As time goes on, computers become more and more powerful. However, as processing time becomes less of a limiting factor for computing tasks, power consumption takes its place for many tasks. This paper proposes and tests a new method for sorting analog signals. This new sorting method converts analog signals into Pulse Width Modulated(PWM) signals of varying duty cycle , which are then sorted by a simple network of combinational logic, and then converted to a normal binary representation. In order to implement this new method, multiple circuits had to be designed and and tested to ensure their functionality and …
Real-Time Audio-Midi Controller, Brian Shino Balberchak
Real-Time Audio-Midi Controller, Brian Shino Balberchak
Computer Engineering
Most MIDI controllers used in music production use a regular keyboard to generate the MIDI notes that are sent to the synthesizer. This project aims to provide the user with a different way of generating MIDI data: by playing an instrument of their choice with a passive electronic pickup to generate MIDI notes that correspond with the fundamental frequency of the musical pitch being played. The pitch-detecting algorithm used in this application utilizes a modified form of auto-correlation.
As an embedded systems project that uses signal-processing techniques, the knowledge of topics from the following courses was essential:
EE 211: Op-Amp …