Register的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列線上看、影評和彩蛋懶人包

How to Save Money, the Planet and Your Soul

為了解決Register的問題，作者Bloom, William 這樣論述：

William Bloom is an author, a former publisher and the co-founder of the Alternatives Programme at St James’s Church, London. Under the umbrella of the Spiritual Companions Trust, he helped to pioneer the first vocational qualification in spirituality on the Ofqual register - the Diploma in Practica

l Spirituality and Wellness. He is a Fellow of the Findhorn Foundation, Europe’s leading eco-spirituality centre and a trustee of Glastonbury Abbey. His books have been translated into 16 languages.

Register進入發燒排行的影片

針對客製化 SAR ADC 之二進位電容陣列佈局自動化

為了解決Register的問題，作者姜承佑 這樣論述：

由於其出色的功率效率，逐次逼近寄存器 (SAR) 模數轉換器 (ADC) 是實現低功耗 ADC 設計的一個具吸引力的選擇。在類比佈局設計中，導線、元件間引起的寄生效 應會影響器件的準確度與性能。為了大幅減少電路中的寄生電容，一種一維陣列式橫 向金屬-金屬極小電容單元組成的電容陣列架構已經採用於一些低功耗或高速的 SAR ADC 中。雖然採用這種二進位電容陣列架構的 SAR ADC 可以大大降低功耗與面積， 但由於每個單元電容器的電容值非常小，電路中非預期的寄生電容會顯著影響電容器 的匹配特性和設置時間。本文提出了一個用於合成客製化 SAR ADC 之最佳化二進位 電容陣列的方法。實驗結果也表

明，我們的方法生成的佈局結果之 ENOB 與手動設計 和其他自動化研究相比優化不少。

Quantitative Literary Analysis of Aphra Behn’’s Works

為了解決Register的問題，作者Runge, Laura L. 這樣論述：

Aphra Behn (1640-1689), prolific and popular playwright, poet, novelist, and translator, has a fascinating and extensive corpus of literature that plays a key role in literary history. The book offers an analysis of all of Behn’s literary output. It examines the author’s use of words in terms of

frequencies and distributions, and stacks the oeuvre in order to read Behn’s word usage synchronically. This experimental analysis of Behn’s literary corpus aims to provide a statistical overview of Behn’s writing and a study of her works according to the logic of the concordance. The analysis demon

strates the interpretive potential of digital corpus work, and it provides a fascinating reading of synchronic patterns in Behn’s writing. The book aims to augment the practice of close-reading by facilitating the rapid moves from full corpus to unique subsets, individual texts, and specific passage

s. It facilitates the connections among works that share verbal structures that would otherwise not register in diachronic reading. Each chapter focuses on one type of writing: poetry, drama, and prose. The chapters begin with an overview of the documents that make up the corpus for the genre (e.g.

the 80 published poems attributed to Behn in her lifetime; 18 plays and 12 prose works). A section on statistical commonplaces follows (length of texts, vocabulary density, and most frequent words). Interesting textual examples are explored in more detail for provocative close readings. The statisti

cs then are contextualized with the general language reference corpus for a discussion of keywords. Each chapter features a unique comparative study that illustrates Behn in a specific context. Each chapter analyzes a specific genre and comparative statistical experiments within the genre. The concl

usion compares all three genres to provide a study of Aphra Behn’s oeuvre as a whole. The discussion is focused through the lens of Behn’s most remarkable words. The keywords for her oeuvre as compared to the literary works in the general language reference (fifteen texts) when the proper names and

stage directions are removed to provide an index of Behn’s characteristic themes and qualities: oh, young, lover, love, marry, charming, heart, gay, soft, goes. Each of these words opens a window on her corpus as a whole. A unique case study of a significant author using new literary methodologies,

this book provides an appealing snapshot of Behn’s whole career informed by deep knowledge of the Restoration era and developments in digital humanities and cultural analytics.

採用CUDA圖型處理器平行化改良5G軟體基地台之隨機存取通道流程

為了解決Register的問題，作者王靖 這樣論述：

隨著5G逐漸於全球開始商轉，越來越多企業發現其中商機並相繼開發相關應用與服務，例如：無人機、物聯網、邊緣運算等，然而這些應用都需要基地台為其傳遞訊號才能正確運作，因此基地台本身的穩定與效能將是這一切的基礎。本論文即提出一改善方法以提升原基地台本身之運算效率使其能夠更穩定的提供服務。無線行動網路近年快速發展，於是有軟體化基地台（Software-defined Radio, SDR）的概念被提出並運行提供服務，此概念即透過編寫軟體程式提供傳統基地台之服務，以應付行動網路技術規格之快速發展與變遷。本論文在此基礎之上針對基地台中提供使用者註冊接入網路與使用者裝置同步服務的隨機存取通道（Random

Access Channel, RACH）流程，討論其傳統實作方法並提出一改善效率之方法與流程架構。本論文將研究使用圖型處理器（Graphics Processing Unit, GPU）加速平行RACH 流程上的運算，並修改運算流程與方法使之更適合運行於GPU。透過本論文提出的架構設計，基地台的模擬測試運算執行時間可調降至大約原本的10%～50%。本論文的架構亦提供彈性化設計，因此可一次處理多基地台接收之訊號，且由於本研究將所有運算拆開至不同運算單元上平行運算，所以即使需要處理的訊號增加，總處理時間也不會有太大的差異。藉此研究，軟體基地台運行時將能有更多閒餘的效能維持整體性之效能與穩定或是

提供更多服務應用。