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This presentation introduces the Sound Disguiser project, detailing the real-time audio processing capabilities. Attendees will learn how to sample input audio, read from a rotary encoder, and process audio based on selected modes to produce distorted output. We will cover essential components, including the PmodMIC microphone, ADCS7476 analog-to-digital converter, PmodENC rotary encoder, PmodAMP1 amplifier, and the Nexys-2 FPGA. The session aims to familiarize participants with hardware communication, audio processing algorithms, and the journey from concept to implementation.
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EDA385 Project Presentation The Sound Disguiser
Overview • Sample input audio • Read input from the rotary encoder • Process the audio due to choosen mode • Output distorted audio • REAL TIME!
Purpose • Get familiar with the chosen devices and the communication between them • Get familiar with audio processing algorithms • From idea to finished product • Implementing an algorithm in hardware
Components • PmodMIC – Microphone Input • ADCS7476 – AD Converter • PmodENC – Rotary Encoder Module • PmodAMP1 – Speaker/Headphone Amplifier • Nexys-2 – FPGA
Block Diagram AD Converter Memory Button Processing Unit Input Controller Amplifier Memory Output Controller
Thank you • Questions?