Planet vector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

Viruses: A Very Short Introduction

為了解決Planet vector的問題，作者Crawford, Dorothy H. 這樣論述：

Viruses are big news. From pandemics such as HIV, swine flu, and SARS, we are constantly being bombarded with information about new lethal infections. In this Very Short Introduction Dorothy Crawford demonstrates how clever these entities really are. From their discovery and the unravelling of their

intricate structures, Crawford demonstrates how these tiny parasites are by far the most abundant life forms on the planet. With up to two billion of them in each litre of sea water, viruses play a vital role in controlling the marine environment, and are essential to the ocean's delicate ecosystem

. In this fully updated edition, Crawford recounts stories of renowned killer viruses such as the recent Ebola and Zika epidemics, as well as Middle East Respiratory Syndrome, and considers the importance of air travel in facilitating the international spread of viruses in the twenty-first century.

Discussing the impact of global warming, which is increasing the range of vector-transmitted viruses such as dengue, yellow fever, and West Nile virus, she also considers the effect this will have on native populations in subtropical and temperate climates of the Americas, Australasia, and Europe. B

y examining our lifestyle in the 21st century, Crawford looks to the future to ask whether we can ever live in harmony with viruses, and considers the ways in which we may need to adapt to prevent emerging viruses with devastating consequences. ABOUT THE SERIES: The Very Short Introductions series

from Oxford University Press contains hundreds of titles in almost every subject area. These pocket-sized books are the perfect way to get ahead in a new subject quickly. Our expert authors combine facts, analysis, perspective, new ideas, and enthusiasm to make interesting and challenging topics hig

hly readable. Dorothy H. Crawford was Professor of Medical Microbiology at the University of Edinburgh from 1997-2010 and Assistant Principal for Public Understanding of Medicine from 2005-2011. She was elected Fellow of the Royal Society of Edinburgh and of the Academy of Medical Sciences in 2001

and received an OBE for services to medicine and higher education in 2005. She is the author of The Invisible Enemy (OUP, 2000); Deadly Companions (OUP, 2007); Virus Hunt (OUP, 2013); and Ebola (OUP, 2016).

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臺灣西部海域塑膠微粒在表層海水、海域底質及生物體內的分布及其相關性探討

為了解決Planet vector的問題，作者陳建匡 這樣論述：

塑膠微粒的環境影響及生物危害已是全球關注的議題，本研究透過尼羅紅(Nile red)染色法及影像分析軟體(image J)鑑定並測量塑膠微粒之尺寸、形狀及顏色。本研究之樣本包含表層海水、海域底質、魚類及螃蟹樣本胃內之塑膠微粒，樣站位於苗栗縣近岸。在總計6,888.6 m3的表層海水樣本中共發現567件塑膠微粒，豐度為0.11±0.12 items/m3；總計4.92 m2的海域底質表層共發現793件塑膠微粒，豐度為160.8±158.7 items/m2；在總共126個魚類樣本的60個樣本(47.6%)中，共發現249件塑膠微粒，單一個體可發現 0–32 件塑膠微粒；總共62個螃蟹樣本的27

個樣本(43.5%)中，共發現268件塑膠微粒，單一個體可發現0–101件塑膠微粒。表層海水、魚類及螃蟹樣本中塑膠微粒尺寸皆以1.00–2.99 mm最多，海域底質樣本以< 1.00 mm最多(51.1%)。表層海水樣本中塑膠微粒顏色以白色居多(32.3%)，海域底質樣本以透明居多(47.2%)，魚類及螃蟹樣本胃內皆以黑色居多。表層海水樣本中塑膠微粒形狀以顆粒狀最多(51.3%)，海域底質、魚類及螃蟹樣本皆以纖維狀最多。主成分分析(principal components analysis, PCA)及集群分析(cluster)的結果顯示在塑膠微粒顏色、形狀及尺寸組成上，魚類及螃蟹樣本最接近，

海域底質及表層海水則有獨立分群。且PCA的結果中最重要的負荷向量(loading factors)是顏色及形狀。海域底質中的塑膠微粒組成與生物體中的塑膠微粒組成較接近，黑色及纖維狀皆為其中最主要的塑膠微粒外觀特徵。

Ambiguity Machines: And Other Stories

為了解決Planet vector的問題，作者Singh, Vandana 這樣論述：

Philip K. Dick Award finalistPraise for Vandana Singh: "A most promising and original young writer."--Ursula K. Le Guin "Lovely What a pleasure this book is . . . full of warmth, compassion, affection, high comedy and low."--Molly Gloss, author of The Hearts of Horses"Vandana Singh's radiant pro

tagonist is a planet unto herself."--Village Voice"Sweeping starscapes and daring cosmology that make Singh a worthy heir to Cordwainer Smith and Arthur C. Clarke."--Chris Moriarty, Fantasy & Science Fiction"I'm looking forward to the collection . . . everything I've read has impressed me--the p

ast and future visions in 'Delhi', the intensity of 'Thirst', the feeling of escape at the end of 'The Tetrahedron'..." --Niall Harrison, Vector (British Science Fiction Association) ..".the first writer of Indian origin to make a serious mark in the SF world ... she writes with such a beguiling tou

ch of the strange." --Nilanjana Roy, Business StandardIn her first North American collection, Vandana Singh's deep humanism interplays with her scientific background in stories that explore and celebrate this world and others and characters who are trying to make sense of the people they meet, what

they see, and the challenges they face. An eleventh century poet wakes to find he is as an artificially intelligent companion on a starship. A woman of no account has the ability to look into the past. In "Requiem," a major new novella, a woman goes to Alaska to try and make sense of her aunt's disa

ppearance. Singh's stories have been performed on BBC radio, been finalists for the British SF Association award, selected for the Tiptree award honor list, and oft reprinted in Best of the Year anthologies. Her dives deep into the vast strangeness of the universe without and within and with her un

blinking clear vision she explores the ways we move through space and time: together, yet always apart.

高壓避雷器故障檢測及配電站巡檢路徑最佳化之研究

為了解決Planet vector的問題，作者洪純純 這樣論述：

本文主要旨在開發高壓避雷器故障檢測及配電站巡檢路徑最佳化系統；首先藉由伺服器儲存現場配電盤之電氣訊號，利用IEC 61850通訊協定傳送數據至遠端監控中心並加以儲存，可達到現場遠端同步監控及分析。其次，建立高壓避雷器六種故障模型，作為電力配電盤之局部放電檢測對象。高壓避雷器之故障辨識，係利用高頻比流器感測避雷器電纜接地線以高速資料擷取卡擷取局部放電訊號，再經由離散小波轉換濾波後，利用對稱點座標法與混沌系統各別繪製特徵圖，並以卷積神經網路及深度學習演算法進行辨識。最後，針對多點配電站之配電盤進行最佳巡檢路徑規劃，將其每站行駛距離與行駛時間建立對應矩陣，將矩陣資訊輸入至粒子群最佳化演算法與基因演

算法，分別獲得維修路徑最佳化，即所花費最少與最短之交通時間和距離，再配合查詢勞基法現行法規與汽油價格，對兩種數據進行經濟成本評估，可實現智慧巡檢最佳化之目標。本文所提之方法經測試結果顯示，於配電盤運轉監控系統中，能夠線上遠端監控配電盤並將電氣數據匯集至現場伺服器，亦可由遠端監控中心自行決定調用現場伺服器資料以減輕自身記憶空間之負擔或也可利用IEC 61850將數據存於本機進行備份。於高壓避雷器之故障辨識中，將原始訊號濾波後，通過對稱點座標法之雪花圖辨識準確度為96.9%，而通過混沌系統之動態誤差散布圖辨識準確度為99.7%，可證實本文所提方法之實用性。於巡檢路徑最佳化中，由維運人員決定出發配電

站位置，此系統會自動搜尋出發配電站與其附近配電站位置，而將此多點配電站利用粒子群最佳化演算法與基因演算法獲得巡檢路徑最佳化，並計算其消耗成本和排碳量以評估其最佳經濟效益。