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_richard-courchesne-presents-research-about-households-relying-on-over-the-air-antenna-television-for-information-12-6-20.jpg "THE DAY STATIC DIED AND LEARNING BEGAN: Might digital antenna television become the cure to America’s failing education system?nbynRichard CourchesnenMC5308 – Seminar in Advertisingthe power of knowing how things work, and how to work them, is power at work.Humans are creatures of routine habits, mostly seeking the simplest means of accomplishing things while using the least amount of energy.Society’s lessons learned by those who grew-up with TV:Television is the greatest persuader")
⏲ 21 min 37 sec ✓ 07-Dec-2010
_the-fourier-series-and-fourier-transform-demystified.jpg "Up and Atom")
⏲ 14 minutes 48 seconds 👁 382.9K
_lec-1-124-mit-6-002-circuits-and-electronics-spring-2007.jpg "MIT OpenCourseWare")
⏲ 41 minutes 10 seconds 👁 529.7K
_eighteenth-ceremony-the-university-of-adelaide.jpg "Wednesday, 28 September 2010, 10.00amnnDegree of Master of Comparative Laws (Adelaide/Mannheim)nPenelope Jane WellsnnDegree of Master of LawsnAkhdiyat Setya PurnamannDegree of Master of Laws and Master of Commerce (Accounting)nYe XiongnnHonours Degree of Bachelor of LawsnJosephine Elizabeth Battiste, Alex Daniel James-Martin, Daniel Alexander Pallaras,nDaniel also receives the Diploma in Languages, David John Tennant,nDavid also receives the Degree of Bachelor of Arts, Rachael WhitennDegree of B")
⏲ 18 min 85 sec ✓ 11-Oct-2010
_lecture-7-continuous-time-fourier-series-124-mit-res-6-007-signals-and-systems-spring-2011.jpg "MIT OpenCourseWare")
⏲ 51 minutes 7 seconds 👁 81.3K
_president-george-fcc-indicator-swr-meter-function.jpg "Mike Cricket113")
⏲ 4 minutes 53 seconds 👁 781
_pe-lang-amp-zimoun-untitled-sound-objects-2008.jpg "Performance in Le grand salon de l'hôtel de Ville de Rennes,nOctober 17th 2008.nCurated by Damien SimonnThe PerformancennVibrating motors cause glass plates, on which various materials are placed, to oscillate. The vibrations move the materials, and the friction caused by this generates sounds, which are amplified via contact microphones and modified through DSP (digital signal processing). Using a multiple channel speaker system, amplified sounds are projected and reassembled into a new sound")
⏲ 3 min 48 sec ✓ 15-Jun-2011
_lecture-10-discrete-time-fourier-series-124-mit-res-6-007-signals-and-systems-spring-2011.jpg "MIT OpenCourseWare")
⏲ 50 minutes 22 seconds 👁 40.4K
_introduction-to-signal-processing-an-overview-lecture-1.jpg "Nathan Kutz")
⏲ 32 minutes 24 seconds 👁 10.8K
_dr-carl-simon-124124-measuring-cell-viability-in-scaffolds-124124-o2m-webinar-series.jpg "About the Speaker: nDr. Simon is a biologist in the Biomaterials Group at the National Institute of Standards & Technology. He earned a B.S. in Biology from Bucknell University and a Ph.D. in Biochemistry from University of Virginia where his thesis focused on signal transduction during human platelet aggregation. He trained as a post-doctoral fellow in NIST Polymers Division, and became a staff scientist at NIST in 2003. He leads projects on cell-material interactions and tissue engineering")
⏲ 33 min 71 sec ✓ 09-Dec-2021
_lecture-11-discrete-time-fourier-transform-124-mit-res-6-007-signals-and-systems-spring-2011.jpg "MIT OpenCourseWare")
⏲ 55 minutes 59 seconds 👁 33.5K
_lec-19-124-mit-6-002-circuits-and-electronics-spring-2007.jpg "MIT OpenCourseWare")
⏲ 52 minutes 32 seconds 👁 56.8K
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_richard-courchesne-presents-research-about-households-relying-on-over-the-air-antenna-television-for-information-12-6-20.webp "THE DAY STATIC DIED AND LEARNING BEGAN: Might digital antenna television become the cure to America’s failing education system?nbynRichard CourchesnenMC5308 – Seminar in Advertisingthe power of knowing how things work, and how to work them, is power at work.Humans are creatures of routine habits, mostly seeking the simplest means of accomplishing things while using the least amount of energy.Society’s lessons learned by those who grew-up with TV:Television is the greatest persuader")
_the-fourier-series-and-fourier-transform-demystified.webp "Up and Atom")
_lec-1-124-mit-6-002-circuits-and-electronics-spring-2007.webp "MIT OpenCourseWare")
_eighteenth-ceremony-the-university-of-adelaide.webp "Wednesday, 28 September 2010, 10.00amnnDegree of Master of Comparative Laws (Adelaide/Mannheim)nPenelope Jane WellsnnDegree of Master of LawsnAkhdiyat Setya PurnamannDegree of Master of Laws and Master of Commerce (Accounting)nYe XiongnnHonours Degree of Bachelor of LawsnJosephine Elizabeth Battiste, Alex Daniel James-Martin, Daniel Alexander Pallaras,nDaniel also receives the Diploma in Languages, David John Tennant,nDavid also receives the Degree of Bachelor of Arts, Rachael WhitennDegree of B")
_lecture-7-continuous-time-fourier-series-124-mit-res-6-007-signals-and-systems-spring-2011.webp "MIT OpenCourseWare")
_president-george-fcc-indicator-swr-meter-function.webp "Mike Cricket113")
_pe-lang-amp-zimoun-untitled-sound-objects-2008.webp "Performance in Le grand salon de l'hôtel de Ville de Rennes,nOctober 17th 2008.nCurated by Damien SimonnThe PerformancennVibrating motors cause glass plates, on which various materials are placed, to oscillate. The vibrations move the materials, and the friction caused by this generates sounds, which are amplified via contact microphones and modified through DSP (digital signal processing). Using a multiple channel speaker system, amplified sounds are projected and reassembled into a new sound")
_lecture-10-discrete-time-fourier-series-124-mit-res-6-007-signals-and-systems-spring-2011.webp "MIT OpenCourseWare")
_introduction-to-signal-processing-an-overview-lecture-1.webp "Nathan Kutz")
_dr-carl-simon-124124-measuring-cell-viability-in-scaffolds-124124-o2m-webinar-series.webp "About the Speaker: nDr. Simon is a biologist in the Biomaterials Group at the National Institute of Standards & Technology. He earned a B.S. in Biology from Bucknell University and a Ph.D. in Biochemistry from University of Virginia where his thesis focused on signal transduction during human platelet aggregation. He trained as a post-doctoral fellow in NIST Polymers Division, and became a staff scientist at NIST in 2003. He leads projects on cell-material interactions and tissue engineering")
_lecture-11-discrete-time-fourier-transform-124-mit-res-6-007-signals-and-systems-spring-2011.webp "MIT OpenCourseWare")
_lec-19-124-mit-6-002-circuits-and-electronics-spring-2007.webp "MIT OpenCourseWare")
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