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老薛智識網
而在本年度所辦理的 中小企業傳承研習班 中，即分別就家族企業的三個主要互動系統 家族、企業及股權，深入針對家族治理、公司治理與股權設計等環節進行探討 並邀請 資誠教育基金會薛明玲董事長. 安侯建業聯合會計師事務所陳振乾主持會計師、AMA美國管理協會台灣區李志華總經理以及 深耕台灣 傲視全球 的久允工業趙敏光總經理等，眾多企業家擔任授課講師，強調將課程直接扣連到中小企業傳承問題與實務解決方案，以協助經營者建構完善的傳承計畫，並達到企業永續經營之目的。 104年度 中小企業傳承研習班 自即日起受理報名，歡迎至全國中小企業總會官網 http:/ www.nasme.org.tw. 政治大學 青年應有的財金智慧 演講 掌握變動、追求卓越 從年輕開始儲蓄自己的人生存摺. 財金智慧教育推廣協會薛明玲理事長累積畢生 智識 ，於3月開學之際，擔任政治大學 青年應有的財金智慧 課程客座教授，給政大青年一場超值演講。 Http:/ www.finlea.org.tw/4-1-2new-1.asp? 今周刊 快樂的第二人生專題 薛明玲開講 法官、企業家全搶著聽. 撰文 / 許秀惠出處 / 今周刊 940期. 針對企業併購流程...
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Albert Hu
Welcome to the website of Albert Hu, a globetrotting thinker and maker wannabe. Nothing ventured, nothing gained. Eight Ways to Be An Outstanding Entrepreneur. August 25, 2014 8:00 AM ET. GridCure, our venture, was selected The Next 36’s Outstanding Venture at Venture Day 2014. It is an . Interview with WDEF News 12. July 29, 2014 4:45 PM ET. 14038373968 1.9196953896 86.13171827269 albert@alberthu.com.
AlbertHua.com
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Albert Huang
Who is this guy? I'm a college sophomore. At University of Maryland. The mascot for my college. Is an adorable turtle. That likes to invade airports. My work includes leadership in a few high school STEM clubs (with a cultural club here and there), programming and engineering work at NASA GSFC, as well as personal hardware and programming projects. What is this website? This website gets updates from time to time, so check back regularly for new things! UMD '17 EE and CS. This website is valid HTML5!
Albert Huang
Who is this guy? I'm a college sophomore. At University of Maryland. The mascot for my college. Is an adorable turtle. That likes to invade airports. My work includes leadership in a few high school STEM clubs (with a cultural club here and there), programming and engineering work at NASA GSFC, as well as personal hardware and programming projects. What is this website? This website gets updates from time to time, so check back regularly for new things! UMD '17 EE and CS. This website is valid HTML5!
jjhuang's Random Notes
This is my random notes of random topics or random data posted at random. Monday, May 30, 2016. 想像一下你現在有一套嵌入式系統軟硬體，你只能偵測外部輸入是高或低電位（也就是 GPIO），你要測量外部的方波的頻率，你要怎麼達成呢？我想你能夠達成的就是，固定時間，比方說每隔 1 µs 「偵測」一次訊號位準是高或低，然後標定由低變高以及由高變低的地方，並且計算這個「由低變高」的週期，再轉換成頻率吧？你還能想到更簡單精準的方式嗎？歡迎來挑戰。 可以計算頻率，圖中黑色的方波是你要計算頻率的波形，而橘色的方波代表了你讀取外部 GPIO 值的時間點，綠色就是讀取到的值。 (T 0 ) 是要計算的方波週期，從圖上的格子點來計算（假設一格式 1 µs），是 16 µs， (T s ) 是讀取 GPIO 的週期，是 4 µs，計算出來的頻率週期是 $T. 這裡 (T 0 = T c = 16 mu s ) , 咦？可以精確的計算出來方波頻率呢。 T 0 = 4 mu s, T s = 6 mu s, T c = 12 mu s ).
