alberthuang314.blogspot.com
jjhuang's Random NotesThis is my random notes of random topics or random data posted at random.
http://alberthuang314.blogspot.com/
This is my random notes of random topics or random data posted at random.
http://alberthuang314.blogspot.com/
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jjhuang's Random Notes | alberthuang314.blogspot.com Reviews
https://alberthuang314.blogspot.com
This is my random notes of random topics or random data posted at random.
alberthuang314.blogspot.com
jjhuang's Random Notes: August 2014
http://alberthuang314.blogspot.com/2014_08_01_archive.html
This is my random notes of random topics or random data posted at random. Thursday, August 7, 2014. LaTeX 字型安裝筆記: Adobe Garamond Pro 字型. LaTeX 字型安裝筆記: Adobe Garamond Pro 字型. LaTeX 字型安裝筆記: Adobe Garamond Pro 字型. 上一篇文章筆者提到了 Garamond 字型有非常多個供應者, 其中一個就是 Adobe Garamond Pro 字型, 這是 Adobe 公司出品的商業字型, 在 LaTeX 上同樣也是由. 筆者先假設你購買或從他處取得 Adobe Garamond Pro 的以下檔案:. 的字型目錄裡面, 在筆者的 Mac 上我把他們複製到. 然後你就可以在 LaTeX 裡面使用 Adobe Garamond Pro 這一套商業字型了, 有任何其他的使用細節, 可以在 CTAN 上搜尋 mathdesign 套件. Created: 2014-08-07 Thu 01:39. Http:/ www&...
jjhuang's Random Notes: February 2014
http://alberthuang314.blogspot.com/2014_02_01_archive.html
This is my random notes of random topics or random data posted at random. Tuesday, February 18, 2014. 談談 ARM Cortex-M4F 上的 DSP 功能. 談談 ARM Cortex-M4F 上的 DSP 功能. 2 ARM Cortex-M4F 功能簡介. 3 DSP 運算的核心: 乘積累加(Multiply-and-Accumulate). 談談 ARM Cortex-M4F 上的 DSP 功能. 從 ARM2 在 1986 年問世以來, ARM 的處理器一向以省電性聞名, 之後到了智慧型手持裝置的時代, 省電性更是非常迫切的需求, 到了 2005 年, 有 98% 的手機上面至少有一顆 ARM 的處理器。 專精於數位訊號處理的工程師, 除了傳統的數位訊號處理器以外, 勢必要了解一下這樣的趨勢, 以及如何在自己的專案中評估使用 ARM 處理器的可能性, 本文將會針對與中低階 DSP 較為類似的 ARM Cortex-M4F 上的 DSP 功能來討論。 在擁有 DSP 能力的處理器中, 有幾個分類:.
jjhuang's Random Notes: June 2012
http://alberthuang314.blogspot.com/2012_06_01_archive.html
This is my random notes of random topics or random data posted at random. Monday, June 18, 2012. 用 Linear Filter(IIR) 來實作 Fibonacci 序列. PyConTW 2012 在日前圓滿落幕, 會中的 keynote speaker Travis Oliphant 講. 了一個使用 linear filter 實作 Fibonacci 的例子, 在演講中只有一張投影片,. 在這裡我嘗試做分解動作解釋一下。投影片內容在 http:/ www.slideshare.net/pycontw/largescale-arrayoriented-computing-with-python. 我們知道 Fibonacci 序列是 x(n) = x(n-1) x(n-2), 而 x(0) = 0, x(1). 1 Fibonacci 序列的產生也常常是教科書介紹 recursive 的好範例, 不過就. B = array([1.0]). A = array([1., -1, -1]). 人類天生就...
jjhuang's Random Notes: December 2014
http://alberthuang314.blogspot.com/2014_12_01_archive.html
This is my random notes of random topics or random data posted at random. Wednesday, December 3, 2014. 因為媒體人提到了柯 P 在新聞面對面專訪結束之後，問了「怎麼樣才能勝選但又不用讓馬英九下台」，所以昨夜花了點時間看了柯文哲與連勝文在新聞面對面的專訪，並且比較兩個人的特質。 我想點出來的是，連勝文是規則導向(rule-centered)，而柯文哲是原則導向(principle-centered)。比如說講到廉潔，兩邊都有一個故事，連勝文這邊是說他在悠遊卡公司的時候，公司在敦化北路跟民生東路口附近，而他丈母娘的紅豆食府就在附近，但他只要是公司出錢的聚餐，為了避嫌都不會去紅豆食府，乍聽之下，似乎很清廉自持，但後面一點他說了，他悠遊卡董事長上任第一天，有人給了他一本廉政的手冊吧，上面就有提到一個小故事...規則導向我想到的代表人物是馬英九總統，看他的行事風格你就會知道什麼叫做規則導向，他最常把「依法行事」掛在嘴邊，對於一些大家都知道要為大...Links to this post. 人類天生就是視覺與聽覺的...
jjhuang's Random Notes: February 2012
http://alberthuang314.blogspot.com/2012_02_01_archive.html
This is my random notes of random topics or random data posted at random. Wednesday, February 22, 2012. Gcc for Andes compile 出來的 assembly. 為了要做 24-bit signed integer to 32-bit signed integer 的 signed extension 測試，我寫了以下的一小段 code 來測試, 在這裡順便稍微提一下 optimization, 我們先看 c code:. Unsigned int test=0x00800000;. Int test s;. Test s = ( int)test 8 ) 8;. 除去 prologue 或 epilogue 的部份，我們來看主體:. 61c: 46 00 08 00 sethi $r0,#2048. 620: 14 0e 7f fd swi $r0,[$fp #-12]. 624: 04 0e 7f fd lwi $r0,[$fp #-12]. Swi $r0,[$fp #-12].
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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.
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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 ).
HOME - Albert Huang MDAlbert Huang MD | Medical & Biotech Designer/Developer
My passion is creating new things that have a positive impact in the health care setting. From inventing surgical devices that make operations safer, to working on sensor systems that can improve operating room efficiency, I want to make the field of medicine better for the patient, staff and physician. MEDICAL and BIOTECH RESEARCH. I have trained in world class institutions and under leaders of their respective fields. I am well versed in general surgery, tissue engineering, organ fabrication, in vi...
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Albert huerres, sastre. Cardener 2 08024 barcelona albert@huerres.com 607.823.895.
