Accessory Geeks Present: www.accessorygeeks.com Part two and three review announcements of many speakers we can offer everyone for huge discounts. Do the math because we just saved you mega bucks! enjoy the preview of what is to come! search.accessorygeeks.com www.accessorygeeks.com Thanks to Macboy Productions for intro/outro www.youtube.com
Showing posts with label Accessory. Show all posts
Showing posts with label Accessory. Show all posts
Wednesday, 27 February 2013
Free Info on Speaker Stereo Amplifier Series Pt.2&3: Accessory Geeks
Free Info on Speaker Stereo Amplifier Series Pt.2&3: Accessory Geeks Video Clips. Duration : 6.88 Mins.
Accessory Geeks Present: www.accessorygeeks.com Part two and three review announcements of many speakers we can offer everyone for huge discounts. Do the math because we just saved you mega bucks! enjoy the preview of what is to come! search.accessorygeeks.com www.accessorygeeks.com Thanks to Macboy Productions for intro/outro www.youtube.com
Accessory Geeks Present: www.accessorygeeks.com Part two and three review announcements of many speakers we can offer everyone for huge discounts. Do the math because we just saved you mega bucks! enjoy the preview of what is to come! search.accessorygeeks.com www.accessorygeeks.com Thanks to Macboy Productions for intro/outro www.youtube.com
Tuesday, 26 February 2013
Pro Tools: Setting up the studio: Speakers and acoustics | lynda.com
Pro Tools: Setting up the studio: Speakers and acoustics | lynda.com Tube. Duration : 13.77 Mins.
Watch more at www.lynda.com This specific tutorial is a single movie from chapter one of the Mixing and Mastering with Pro Tools course presented by lynda.com author Brian Lee White. The complete course has a total duration of 9 hours and 18 minutes. Mixing and Mastering with Pro Tools table of contents: Introduction 1. Preparing to Mix 2. Working with the Pro Tools Mixer 3. Mixing Tools and Strategies 4. Understanding and Using EQ (Equalization) 5. Understanding and Using Dynamics Processors 6. Mixing with Reverb, Delay, and Other Effects 7. Introducing the Pro Tools Creative Collection 8. Automating the Mix 9. Putting It All Together 10. Mastering in Pro Tools 11. Reviewing Third-Party Plug-Ins 12. Additional Topics Conclusion
Watch more at www.lynda.com This specific tutorial is a single movie from chapter one of the Mixing and Mastering with Pro Tools course presented by lynda.com author Brian Lee White. The complete course has a total duration of 9 hours and 18 minutes. Mixing and Mastering with Pro Tools table of contents: Introduction 1. Preparing to Mix 2. Working with the Pro Tools Mixer 3. Mixing Tools and Strategies 4. Understanding and Using EQ (Equalization) 5. Understanding and Using Dynamics Processors 6. Mixing with Reverb, Delay, and Other Effects 7. Introducing the Pro Tools Creative Collection 8. Automating the Mix 9. Putting It All Together 10. Mastering in Pro Tools 11. Reviewing Third-Party Plug-Ins 12. Additional Topics Conclusion
Saturday, 12 January 2013
Halloween Hijinks: Huffman-Coded Audio
Halloween Hijinks: Huffman-Coded Audio Tube. Duration : 9.37 Mins.
This project uses a magnetic reed switch, a NerdKits microcontroller kit, and a set of computer speakers to frighten unsuspecting trick-or-treaters at the door. The project gives us a chance to cover some pretty neat engineering concepts including digital audio, data compression using Huffman codes, and outputing audio via PWM with analog filtering. The Huffman decoder is actually generated as a C function by a set of Python scripts that do the encoding of our recorded wave file. As always we have explanations of the engineering concepts, diagrams of the project, and the complete source code on the project website www.nerdkits.com
This project uses a magnetic reed switch, a NerdKits microcontroller kit, and a set of computer speakers to frighten unsuspecting trick-or-treaters at the door. The project gives us a chance to cover some pretty neat engineering concepts including digital audio, data compression using Huffman codes, and outputing audio via PWM with analog filtering. The Huffman decoder is actually generated as a C function by a set of Python scripts that do the encoding of our recorded wave file. As always we have explanations of the engineering concepts, diagrams of the project, and the complete source code on the project website www.nerdkits.com
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