Relevant department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

Techniques in Spine Surgery

為了解決Relevant department的問題，作者Lee, Choon Ki (EDT)/ Lee, Choon Sung (EDT) 這樣論述：

This book describes in detail the spine surgery techniques favored by those who are recognized as master spine surgeons by their peers and clearly identifies the potential complications. A major strength of the volume is the quality of the illustrations, which are designed to help the practitioner t

o deal with difficult but common problems encountered in spine practice. Surgical procedures on all parts of the spine are covered, encompassing cervical spine surgery, techniques for the treatment of scoliosis and other spinal deformities, minimally invasive surgery in degenerative lumbar disease,

spinal tumor surgery, and procedures in patients with spinal injuries (for whom new classifications and novel approaches are described). Attention is also devoted to the relevant basic science with a view to promoting further cutting-edge research into spine disorders. The book will be an invaluable

source of knowledge and assistance on technically demanding procedures in spinal surgery.​ Choon Ki Lee, MD, Ph.D. Professor, Department of Orthopedics, Seoul National University Hospital Choon Sung, Lee, MD, Ph.D. Professor, Department of Orthopaedic Surgery, Asan Medical Center Director of Scol

iosis Center

Relevant department進入發燒排行的影片

臺灣休閒露營地基礎設施需求之研究

為了解決Relevant department的問題，作者余成文 這樣論述：

　　臺灣近年來掀起一波露營熱潮，露營活動已經成了國人假日最喜愛的休閒活動之一。露營場地如雨後春筍般一家又一家的開，一些知名露營場地假日的營位更是一帳難求。然而，在這股熱潮下，有關營地設施、安全、規範或收退費等各種問題也是層出不窮。蓋因國內休閒露營地規劃時，對許多基礎設施並沒有詳細的標準，如此，營地經營業者無法有明確的規劃方向，提供的相關營地資訊更是容易缺漏，露營遊客也因此無法獲得正確、整體的資訊，這都是造成營地安全與衝突紛爭的重要因素。　　本研究使用深度訪談法蒐集資料，參考國內外休閒露營地設立之相關規定，整理出露營場地應具備之相關機能。透過三角驗證法彙整露營遊客、露營業者以及露營專家對臺灣休

閒露營場地基礎設施與分級之意見。經本研究分析、整理，提出以下三個要點：一、臺灣目前休閒露營產業以舒適型露營人口為主，認為營地應提供基本水、電、衛浴、休閒設施以滿足露營遊客需求，特別是對衛浴設施的要求為最高。二、重視露營的舒適度，而忽略營區應提供的安全、交通、管理機能。三、期待政府對於露營區的合法問題成立專責的部門，能立露營專法符合現今露營生活型態，保障露營遊客、業者之權益。　　臺灣休閒露營產業仍在蓬勃發展中，如何提升國內休閒露營地的品質與安全，並與國際接軌，引進國際露營地的星級制度，將臺灣壯麗的自然風景行銷世界，是未來的課題。

Ocular Motor Disorders and Vertigo

為了解決Relevant department的問題，作者Strupp, Michael 這樣論述：

Covering the most relevant central and peripheral ocular motor and vestibular disorders, this clinically-oriented and easy-to-read book describes how to take the history of a patient suffering from double vision, blurred vision, opscillopsia, vertigo, or dizziness. The book also provides a detailed

description of how to examine the central and peripheral ocular motor system and the central and peripheral vestibular system. It gives examples of the most common disorders using typical case reports, clinical findings, and appropriate treatment options. It also outlines the current practical treat

ment of ocular motor and vestibular disorders, which includes physical therapy, drug treatment, surgery, as well as psychotherapy. This concise book will be essential reading for students, general practitioners, and neurologists, as well as ENT specialists in this difficult and complicated area. M

ichael Strupp, MD, FRCP, FANA, FEAN, Professor of Neurology, studied medicine at the Technical University of Aachen and in Rochester, N.Y. Then he worked for three years in basic neurophysiological research, mainly doing patch-clamp recordings (at Baylor College, Houston, in Montpellier and in Munic

h), before he moved to the Department of Neurology at the University and the German Centre for Vertigo and Balance Disorders at the University of Munich, Germany. His particular area of interest is the diagnosis and therapy of vestibular, ocular motor and cerebellar disorders. He is very much engage

d in the ＂International Classification of Vestibular Disorders＂ of the classification committee of the Bárány Society. He is currently Editor-in-Chief of Frontiers in Neuro-otology and Joint Chief Editor of the Journal of Neurology. He has received many clinical and scientific awards, including the

Hallpike-Nylen Award 2106 and the Galenus von Pergamon award 2020, is a very passionate teacher and was awarded ’Best Teacher’ by the German Neurological Society. Thomas Brandt, FRCP, FANA, FEAN, Professor of Neurology, German Center for Vertigo and Balance Disorders, Ludwig-Maximilians University,

Munich, Germany studied medicine at the Universities of Cologne and Essen, Germany. His clinical training was under Richard Jung in Neurology and Clinical Neurophysiology in Freiburg, Germany. From 1976 to 1984 he was Director of the Neurological Clinic of the Alfried Krupp Hospital in Essen, and fr

om 1984 to 2008 Chairman of Neurology and Director of the Department of Neurology, LMU, Munich, Germany. He holds a Hertie Senior Research Professorship since 2008 and was also Chief Executive Director of the German Center for Vertigo and Balance Disorders of LMU, Munich. Prof. Brandt was formerly P

resident of the German Neurological Society, the German Society for Clinical Neurophysiology and Functional Imaging, the International Society for Posture and Gait Research, and the European Neurological Society. He is an honorary member of the German, British, and French Neurological Societies, a m

ember of the European Academy of Sciences and Art, a member of the Bavarian Academy of Sciences, and of the German Academy of Life Scientists, Leopoldina. Awards include the Srinivasan Gold Medal, the Betty and David Koetser Prize for Brain Research, the Bárány Gold Medal, the Doctor Robert Pfleger

Award, the Hans Berger Prize, the Wilhelm Erb Medal, the Federal Cross of Merit, Germany, 2016 Charles Eduard Brown-Séquard Lecture, EAN, Copenhagen, and 2017 Masland Award Lecture, WCN, Tokyo.

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Relevant department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。