Speaker: David Mikolas Time: 2016/06/29 20:00 The Physics of the IoT: (Python and the physical reality behind power, antenna, frequency and data rate issues) In Elon Musk’s 2013 TED talk [1] which has subtitles in Chinese and 29 other languages, he talks about first principles reasoning vs reasoning by analogy, “...boil things down to their fundamental t Tesla is on their third model of completely electric car, have a major energy distribution network, and their cars can already drive by themselves (in some situations). In 2015 total sales surpassed 1 Why? Physics! Instead of trying to build electric cars or rockets by analogy - Musk started from first principles of physics. So whatever the “IoT” means to you, the “T’s” will need “I”, and at least one of the following: [power, antennas, data transmission]. Let’s look at the issues of power, antenna, frequency and data rate from a first principles physics point of view for a change. How do they (actually) work, what are the current and fundamental limit Of course I’ll be using Python throughout - we’ll do some basic Electromagnetic wave solutions for antennas and propagation vs frequency, and look at some of the ways Python is involved with the Lo 地点：原豆空间12号咖啡馆-竹北市嘉丰一街12号 手机排版不佳，请见谅。谢谢 手机排版不佳，请见谅。谢谢 --

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