transistor
US /trænˈzɪstɚ, -ˈsɪs-/
・UK /trænˈzɪstə(r)/
C1 高級英檢高級
n.名詞電晶體
Our company supplies materials used in manufacturing circuits, transistors and diodes.
影片字幕
黃仁勳在加州理工學院的演講【獨家中英文字幕完整版】6/14 (Jensen Huang’s Speech At Caltech【獨家中英文字幕完整版】6/14黃仁勳加州理工演講)
- However, the limits of Dennard scaling, of transistor scaling, and instruction level parallelism have slowed CPU performance.
然而，由於 Dennard 擴展、半導體擴展和指令級並行性的限制，CPU 性能有所下降。
- However, the limits of denied scaling, of transistor scaling, and instruction-level parallelism have slowed CPU performance.
現在，它為我們提供了一條可持續計算的前進道路，隨著計算需求的不斷增長，成本將持續下降。
AI晶片大戰恐讓全球經濟毀滅？Chris Miller 於 The Freethink 專訪揭密！ (How an AI chip war could destroy the global economy | Chris Miller for The Freethink Interview)
- In the middle of the 20th century, William Shockley, John Bardeen, and Walter Brattain invented the first transistor while they were working at Bell Labs.
20 世紀中葉，威廉-肖克利、約翰-巴丁和沃爾特-布拉坦在貝爾實驗室工作時發明了第一個半導體。
- Invented at the laboratories, the transistor brought Bell scientists one of the two Nobel Prizes they have won for discoveries in physics.
在實驗室發明的半導體為貝爾科學家帶來了他們因物理學發現而獲得的兩個諾貝爾獎中的一個。
卡庫：量子電腦如何將不可能變為可能！ (Michio Kaku: How quantum computers could turn the impossible into reality)
- A transistor today could be, let's say, 20 atoms across.
它正在來臨，因為電晶體越來越小。
- A transistor today could be, let's say, 20 atoms across.
今天的電晶體，可以說是橫跨 20 個原子。
樂趣就是未來：掌握遊戲化！ (Fun is the Future: Mastering Gamification)
- 10 green stamps for a T-shirt the same as 60 green stamps for a transistor radio? It's
十張綠色貼紙換一件 T 恤和六十張綠色貼紙換一臺收音機是一樣的嗎？
- Is 10 green stamps the same, you know, is 10 green stamps for a T-shirt the same as 60 green stamps for a transistor radio?
關於攪拌機的話題給你。就像，「嘿，你喜歡我的攪拌機嗎？」然後
關於人工智慧！ (On Artificial Intelligence)
- I think the way to think about these coding models is as another layer in the abstraction stack that programmers have always used since the dawn of computers that went from the transistor to the computer chip to assembly language to the C programming language to higher-level languages to languages with huge libraries where they built and built that stack so you don't have to look at the layer beneath unless you need to optimize it or you have a reason that you need to look at the layer beneath.
而且所有的抽象都會有漏洞。
- I think the way to think about these coding models is as another layer in the abstraction stack that programmers have always used since the dawn of computers that went from the transistor to the computer chip, to assembly language, to the C programming language, to higher level languages, to languages with huge libraries where they built and built that stack so you don't have to look at the layer beneath unless you need to optimize it or you have a reason that you need to look at the layer beneath.
我認為看待這些編碼模型的方式，就像是程式設計師自電腦誕生以來，一直使用的抽象層堆疊中的又一層。這個堆疊從電晶體、電腦晶片、組合語言、C 程式語言，到更高級的語言，再到擁有龐大函式庫的語言，他們不斷建構這個堆疊，讓你不需要去關注底層，除非你需要優化它，或者有理由需要查看底層。
