| Document Date: 2004-11-02 08:15:42
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Company IBM / Sonic / HOST-BASED SYSTEMS / Yamaha / International Business Machines / SOS Publications Group / Music-Oriented Software / DEVELOPMENT OF / / Facility University of Derby April / Dynamic Link Library / / IndustryTerm contemporary systems / state chips / computer-based music technologies / external devices / software planning techniques / software development kit / music technology / computer-based music technology / software methods / audio applications / music software / music chip / signal processing / sawtooth ring modulator algorithm / software audio applications / sine wave ring modulator algorithm / software application / / Organization University of Derby / / Person Ron Newman Duncan Werner / Pascal An / Ahmad Kharaz / Figure / / Position The PC Speaker / Commodore / Real-time Audio Application Using C++ Author Toby Newman Project tutor / Personal tutor / wave editor / controller / / Product Koss P15 Headphone/Headset / Orion / Pyle P32 Television / / ProgrammingLanguage C++ / / PublishedMedium Sound on Sound / / Technology frequency shift keying / RAM / 21 Algorithm / 23 Algorithm / computer-based music technology / API / 6 Algorithm / sawtooth ring modulator algorithm / Interface Device / music technology / amplitude modulation / 14 Algorithm / Frequency Modulation / sine wave ring modulator algorithm / Random Access / simulation / Virtual Memory / Musical Instrument Digital Interface / operating system / state chips / 1 2 Notation Algorithm / 9 Transistor technology / DSP / computer-based music technologies / MIDI / music chip / GUI / UART / /
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Individual Project Module Project title An Investigation into Music-Oriented Software-Based Audio Signal Processing, Including Development of a Real-time Audio Application Using C++