Tolerate的問題,透過圖書和論文來找解法和答案更準確安心。 我們找到下列包括價格和評價等資訊懶人包

Tolerate的問題,我們搜遍了碩博士論文和台灣出版的書籍,推薦寫的 From Burnout to Best Life: How to Take Charge of Your Health & Happiness 和的 The Living from the Dead: Disaffirming Biopolitics都 可以從中找到所需的評價。

另外網站STATEMENT OF NON-DISCRIMINATION We will not tolerate ...也說明:... when we see harassment and discrimination in our work environment. We will not tolerate any action that violates the core beliefs of our school district!

這兩本書分別來自 和所出版 。

國立陽明交通大學 電控工程研究所 蕭得聖所指導 葉語的 基於 LQR控制的車輛側向運動回授 -前饋控制 (2021),提出Tolerate關鍵因素是什麼,來自於循跡控制、二次調節方法、前饋-回授控制、模型預測控制、側向運動控制。

而第二篇論文國立嘉義大學 生物農業科技學系研究所 陳鵬文所指導 屠崇家的 大量表現轉錄調控蛋白OsZIP1a-A, OsBZ8-like B及OsVP1對水稻淹水發芽及幼苗發育之影響 (2021),提出因為有 轉錄調控蛋白、α-澱粉水解酵素、無氧發芽、淹水、水稻的重點而找出了 Tolerate的解答。

最後網站Rhizosphere bacteria help plants tolerate abiotic stress則補充:Plant-growth-promoting rhizobacteria (PGPR) are associated with plant roots and augment plant productivity and immunity; however, recent work by several ...

接下來讓我們看這些論文和書籍都說些什麼吧:

除了Tolerate,大家也想知道這些:

From Burnout to Best Life: How to Take Charge of Your Health & Happiness

為了解決Tolerate的問題,作者 這樣論述:

You don’t have to tolerate a toxic work environment or settle for a mediocre existence. Lisa Hammett shows you it is possible to move beyond burnout to a fulfilling, purpose driven life. In this book, she gives you the blueprint to create positive change and inspires you to take action and create

your fantastic best life. Lisa Hammett was a stressed and completely burned out 26 year retail manager. Then in 2005 she took a leap of faith to follow her passion, reclaim her health, and drop 65 pounds. Her passion is guiding people to achieve their personal and professional goals. She believes t

hat Everything is possible if your head is in the game. Since 2012 Lisa has coached thousands of people to develop sustainable healthy habits that create the life they desire in their career, relationships, and overall wellness. This book is her guide to your best life. She integrates her journey of

moving past burnout. Get ready for an exciting and insightful journey.

Tolerate進入發燒排行的影片

This was the day 1 when I decided to never back down and document my mental health journey.
I am already in Boracay Island and I thought it was going to be easy, but because of "UFC GYM Singapore", "Thai Kum Foon of Kuok Singapore" and "Michael Lim of Orangetee & Tie", I am having so many of triggers and I felt like I was going to explode.

There are a lot of people like me who are triggered by some people. If we start documenting our journey and tell our story, not tolerate how people do their business, we will soon live a life full of justice and kindness.

基於 LQR控制的車輛側向運動回授 -前饋控制

為了解決Tolerate的問題,作者葉語 這樣論述:

車輛自動駕駛技術包含了許多不同的技術面向,包含感知、規劃、控制等,而車輛側向運動控制在各種駕駛場景中扮演重要角色。其中,動力轉向系統(Electric Power Steering,EPS)對於車輛控制的表現有重要的影響,然而目前市售車的EPS頻寬通常過低,限制側向運動控制的效能,且為封閉的模組,難以藉由修改EPS內部架構以提高其效能。因此,本研究提出了將動力轉向系統納入車輛側向控制的設計流程,使車輛側向控制器能補償EPS的特性,從而令整體車輛側向運動系統擁有預期之效能與穩健性。本研究基於回授-前饋架構進行設計。在回授部分,藉由設計預補償器,提升轉向系統的開迴路表現,並將其與車輛側向模型串聯

作為受控體,並透過線性二次調節(Linear Quadratic Regulator, LQR)法則計算最佳回授增益,接著將狀態回授控制器轉變為輸出回授控制器,使得控制器只需要車輛質心位置資訊、橫擺角以及實際轉向角資訊即可。前饋補償部份,本研究提出三種利用道路曲率資訊以獲得轉向補償角的方法,以補償在轉彎時因動力轉向系統頻寬不足造成的側向誤差。這三種補償方法雖然機制不同,但最後都可以等效為對於系統產生適當的前饋補償角使得車輛可以預先對於路況的改變進行反應。最後,透過將控制器實現在實驗車輛上,並在一般的駕駛道路上進行低速和中速的車道維持測試,可以驗證控制器可以有效地容忍轉向動力系統的不理想特性,同

時通過半徑約40公尺的彎道時,質心的側向位置誤差亦可抑制在20公分以內。

The Living from the Dead: Disaffirming Biopolitics

為了解決Tolerate的問題,作者 這樣論述:

In a society that aims above all to safeguard life, how might we reckon with ethical responsibility when we are complicit in sacrificial economies that produce and tolerate death as a necessity of life?Arguing that biopower can be fully exposed only through an analysis of those whom society has "

let die," Stuart J. Murray employs a series of transdisciplinary case studies to uncover the structural and rhetorical conditions through which biopower works. These case studies include the concept of "sacrifice" in the "war" against COVID-19, where emergent cultures of pandemic "resistance" are ex

plored alongside suicide bombings and military suicides; the California mass hunger strikes of 2013; legal cases involving "preventable" and "untimely" childhood deaths, exposing the irreconcilable claims of anti-vaxxers and Indigenous peoples; and the videorecording of the death of a disabled Black

man. Murray demonstrates that active resistance to biopower inevitably reproduces tropes of "making live" and "letting die." His counter to this fact is a critical stance of disaffirmation, one in which death disrupts the politics of life itself.A philosophically nuanced critique of biopower, The L

iving from the Dead is a meditation on life, death, power, language, and control in the twenty-first century. It will appeal to students and scholars of rhetoric, philosophy, and critical theory.

大量表現轉錄調控蛋白OsZIP1a-A, OsBZ8-like B及OsVP1對水稻淹水發芽及幼苗發育之影響

為了解決Tolerate的問題,作者屠崇家 這樣論述:

全球氣候變遷與社會經濟結構的改變,使得傳統水稻栽培方式在永續發展上面臨嚴酷的考驗。直播水稻因而興起成為傳統水稻移植栽培的替代方法,以順應時代的發展。水稻是所有穀類作物中,唯一可以淹水發芽的作物。水稻淹水發芽時期,既使在無氧的環境下也可以生成 α-澱粉水解酵素,分解胚乳的儲存澱粉提供生長所需的能量。然而其他的穀類作物則在淹水低氧環境下不會分解澱粉,導致無法發芽及生長。因此糖份的利用對於水稻淹水發芽耐受性而言,是重要的影響因子之一。已知水稻 α-澱粉水解酵素基因 αAmy3 (也稱為RAmy3D) 啟動子上具有糖及低氧反應複合體 (sugar and hypoxia response compl

ex,簡稱 SRC/HRC),會受到低氧及無氧訊息誘導表現。我們先前的研究證實,αAmy3 SRC/HRC 的 G box 對於 αAmy3 的啟動子活性與低氧反應是重要的調控因子。前人研究指出,轉錄調控蛋白 bZIP (basic domain/Leu zipper) 可以與 G box 相結合,活化受逆境誘導的啟動子 (stress-inducible promoter) 的表達活性,並且此活化作用通常需要另一個轉錄調控蛋白VP1 (Viviparous1) 的參與。本研究利用水稻基因轉殖及澱粉酶酶譜法 (amylase zymography) 等技術,探討 αAmy3 基因受缺糖及缺氧訊

息 (sugar and O2-deficiency signaling) 調控表現之分子機制。本研究分析了兩個bZIP 轉錄調控蛋白,OsZIP1a-A 及OsBZ8-like B,以及OsVP1轉錄調控蛋白。研究結果發現,分別大量表現此三個轉錄調控蛋白於轉殖水稻細胞中,都會降低 α-澱粉水解酵素的活性。研究結果顯示,在過表達OsZIP1a-A 轉殖水稻植株中,相較於野生型水稻,種子發芽及幼苗生長有嚴重的延緩現象。然而糖的添加可以恢復此生長延緩現象,推測與影響 α-澱粉水解酵素的活性有關。此外,該轉殖株在淹水發芽及幼苗的建立方面亦呈現生長不良的影響。研究結果也發現,過量表達OsBZ8-lik

e B 轉殖水稻株在發芽與幼苗生長上,與野生型水稻並沒有差別,但是呈現出較差的淹水發芽耐受性。探討轉錄調控蛋白參與 αAmy3 基因調控表現,可以讓我們更清楚的暸解水稻淹水發芽耐受性的機制。期望能應用於開發水稻強勢種子與強健淹水幼苗品系之分子育種模式,將有助於創造快速生長與高逆境存活率之優良商業品種,並且應用於大規模採用水稻直播栽培上面,對於提升糧食安全及水稻生產之永續發展上將做出貢獻。