Volatile的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列股價、配息、目標價等股票新聞資訊

Conservatism and the Republican Party: What Everyone Needs to Know

為了解決Volatile的問題，作者Kabaservice, Geoffrey 這樣論述：

It was the best of times, it was the worst of times. The 2016 elections gave the Republican Party control of both houses Congress and the presidency -- a level of dominance the party had experienced for only six years out of the previous eight decades. Combined with the GOP's victories in state legi

slatures and governorships since 2010, Republicans held a greater opportunity to reshape the nation than at any time since the 1920s. And yet, Republican strategists were painfully aware that the party had lost the popular vote in six of the previous seven presidential elections. The presidency had

fallen to Donald Trump, a populist outsider who had mounted what was, in effect, a hostile takeover of the Republican establishment. The party's internal divisions had become so volatile that they had come close to blowing up the Republican National Convention in Cleveland that summer. The Republica

n-controlled Congress had experienced infighting so severe that the Speaker of the House, John Boehner, had been overthrown and his successor, Paul Ryan, had been plagued by an inability to pass consequential legislation. An unprecedented number of GOP officeholders, activists, and voters harbored d

ark suspicions that they had been betrayed by their own party leaders. And few had answers to the basic question: What does the Republican Party still stand for, anyway? Geoffrey Kabaservice's Conservatism and the Republican Party: What Everyone Needs to Know(R) will provide a narrative and analysis

of the Republican Party's confusing trajectory into triumph and chaos. He deftly traces how the GOP purged moderates from the party and transformed into an ideological party unlike any other in American history. But this book also tracks the emerging divisions within the conservative movement, tend

encies toward extremism, growing hostility toward governing, and breakdown of the American political system -- most vividly demonstrated by the Trump phenomenon. Geoffrey Kabaservice is research director of the Republican Main Street Partnership. He is also the author of Rule and Ruin (Oxford; a N

ew York Times Notable Book) and The Guardians.

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應用於脈衝神經元之閥門開關選擇器： 元件特性分析與模型開發

為了解決Volatile的問題，作者葉淑銘 這樣論述：

隨著這個世代對數據存儲與處理的需求不斷增長，使用傳統馮諾依曼(von-Neumann)架構的計算系統面臨著速度上的限制。這是因爲傳統馮諾依曼架構中分離的處理器和記憶體單元之間頻繁的數據傳輸使得計算效率無法提升。近年來，受人類大腦運作模式啟發的類神經計算(brain-inspired computing)成為一個引人注目的話題。與傳統計算系統不同的是，類神經計算(neuromorphic computing)通過使用交錯式記憶體陣列(crossbar memory array)實現記憶體內計算(in-memory computing)，進而縮短了數據傳輸的時間延遲。因此，類神經計算被視為非常有

潛力成為非馮諾依曼架構之候選人。為了開發具有高性能、低功耗特性的類神經計算硬體，使用元件為基礎(device-based)之人工突觸(synapse)和神經元(neuron)受到廣泛的研究。其中，利用閾值切換(threshold switching，TS)選擇器(selector)所構建之人工神經元有著比傳統以CMOS所建構之神經元電路面積小40倍的優勢，因此被認為是前景看好的候選人之一。因此，學術界提出了一個電路層級之模型來進一步研究 TS 神經元的行爲。此模型透過考慮神經元電路中的電阻電容延遲(RC delay) 來執行 TS 神經元之行為。然而，該模型並沒有考慮 TS 神經元中 TS 選

擇器的實際元件特性。因此，目前還缺乏一個有綜合考慮TS 神經元元件特性以及電路RC 延遲的模型。在本論文中，我們構建了一個以成核理論(nucleation theory)爲基礎的電壓-時間轉換模型(V-t transition model)來預測和模擬 TS 神經元的行為。據我們所知，這是第一個詳細考慮了 TS 選擇器中元件成核條件的 TS 神經元模型。模擬結果也顯示了 TS 選擇器的元件特性與 TS 神經元行為之間存在很強的相關性。最后，此V-t 模型為 TS 神經元的未來發展提供了一個良好的設計方針：即具有低 τ0 的 TS 選擇器是首選。因此，模擬結果顯示，與IMT (insulator

-metal-transition) 和Ag-based神經元相比，具有極小τ0的OTS (ovonic threshold switching) 神經元擁有最理想的特性。

The Secret of You and Me

為了解決Volatile的問題，作者Lenhardt, Melissa 這樣論述：

A DVF Book Club Pick! True love never fades--and old secrets never die...Nora hasn’t looked back. Not since she fled Texas to start a new life. Away from her father’s volatile temper and the ever-watchful gaze of her claustrophobically conservative small town, Nora has freed herself. She can live

--and love--however she wants. The only problem is that she also left behind the one woman she can’t forget. Now tragedy calls her back home to confront her past--and reconcile her future.Sophie seems to have everything--a wonderful daughter, a successful husband and a rewarding career. Yet undernea

th that perfection lies an explosive secret. She still yearns for Nora--her best friend and first love--despite all the years between them. Keeping her true self hidden hasn’t been easy, but it’s been necessary. So when Sophie finds out that Nora has returned, she hopes Nora’s stay is short. The lif

e she has built depends on it.But they both find that first love doesn’t fade easily. Memories come to light, passion ignites and old feelings resurface. As the forces of family and intolerance that once tore them apart begin to reemerge, they realize some things may never change--unless they demand

it.

三端自旋軌道磁矩記憶體讀寫特性之研究

為了解決Volatile的問題，作者余家賢 這樣論述：

本研究與工研院電光所合作，主要針對其開發之三端自旋軌道磁矩記憶體(three-terminal iSOT-MRAM)元件進行讀取、寫入及讀寫交互影響所產生的特性分析。針對讀取的方面，首先就自旋轉移磁矩記憶體(STT)端進行分析，採用改變磁場對元件的角度並比較於外加磁場下其翻轉行為是否與尺寸較小之STT-MRAM元件有所不同。將所得到之不同角度下的翻轉場作圖並與不同模型進行比對，發現小尺寸的STT-MRAM元件可以得到Stoner-Wohlfarth單磁疇翻轉的模型，而大尺寸的iSOT-MRAM元件則可得到Kondorsky多磁疇翻轉的模型。接著在寫入端則就SOT端進行分析，透過RVS、CVS

分析重金屬層可承受的極限電壓，並改變電流方向及大小，可看到其翻轉方向會隨自旋電流方向而有所變化。最後，由於此元件為three-terminal 的2T1R的設計，本研究就three-terminal這部分進行分析，同時在STT及SOT兩端通電，得到SOT隨著電流方向不同是可以和STT相互競爭或加乘的結論，元件約在STT端通過10mV下會產生反向翻轉，並分析得到SOT的貢獻是影響此效應的主要原因。而綜合上述實驗結果也可得出在次微米大小的元件中在STT端通過100mV進行讀取較為合適，且各尺寸的元件性質差異不大，若蝕刻技術允許可嘗試繼續微縮尺寸，以期使未來實際應用更為方便。