工業和商業黃頁資訊網論文書籍站
Android SDK version的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列問答集和資訊懶人包
Android SDK version的問題，我們搜遍了碩博士論文和台灣出版的書籍，推薦Burnette, Ed寫的 Hello, Android: Introducing Google’s Mobile Development Platform 和Smyth, Neil的 Android Studio Development Essentials都 可以從中找到所需的評價。
另外網站Android SDK Release Notes - Apptentive Customer Learning ...也說明：Surveys redesigned with Material Design · The Apptentive SDK now inherits the app's theme, and enables easy customization. · You can now launch Apptentive ...
這兩本書分別來自 和所出版 。
國立雲林科技大學 電子工程系 黃永廣所指導 施冠成的 應用於機器人的情境式英文對話機器人 （2021），提出Android SDK version關鍵因素是什麼，來自於自然語言處理、機器人輔助語言學習、意圖識別、實體識別、深度學習。
而第二篇論文國立清華大學 資訊工程學系 徐正炘所指導 樊慶玲的 最佳化沈浸式影片串流至頭戴式顯示器 （2020），提出因為有 虛擬實境、多媒體串流、使用者體驗、頭戴式顯示器、360度影片的重點而找出了 Android SDK version的解答。
最後網站[Android] SDK version mapping table | by Stanley Lin | Medium則補充：Android 個版本名稱對應表格. “[Android] SDK version mapping table” is published by Stanley Lin.
Hello, Android: Introducing Google’s Mobile Development Platform
為了解決Android SDK version 的問題，作者Burnette, Ed 這樣論述：
Google Android dominates the mobile market, and by targeting Android, your apps can run on most of the phones and tablets in the world. This new fourth edition of the #1 book for learning Android covers all modern Android versions from Android 4.1 through Android 5.0. Freshly added material covers n
ew Android features such as Fragments and Google Play Services. Android is a platform you can't afford not to learn, and this book gets you started.Android is a software toolkit for mobile phones and tablets, created by Google. It's inside more than a billion devices, making Android the number one p
latform for application developers. Your own app could be running on all those devices Getting started developing with Android is easy. You don't even need access to an Android phone, just a computer where you can install the Android SDK and the emulator that comes with it. Within minutes, Hello, An
droid gets you creating your first working application: Android's version of "Hello, World." From there, you'll build up a more substantial example: an Ultimate Tic-Tac-Toe game. By gradually adding features to the game, you'll learn about many aspects of Android programming, such as creating animat
ed user interfaces, playing music and sound effects, building location-based services (including GPS and cell-tower triangulation), and accessing web services. You'll also learn how to publish your applications to the Google Play Store.This fourth edition of the bestselling Android classic has been
revised for Android 4.1-4.3 (Jelly Bean), 4.4 (KitKat), and Android 5.0 (Lollipop). Topics have been streamlined and simplified based on reader feedback, and every page and example has been reviewed and updated for compatibility with the latest versions of Android.If you'd rather be coding than read
ing about coding, this book is for you. Ed Burnette is a software industry veteran with more than 30 years of experience as a programmer, author, and analyst. He is a founding member and senior researcher at the SAS Advanced Server Research group, and is the creator of Planet Android (www.planetan
droid.com). Ed has authored numerous technical articles and books, including Google Web Toolkit: Taking the Pain out of Ajax and Eclipse IDE Pocket Guide. In his copious spare time, you can often find him playing video games with his two sons at their home in central North Carolina.
應用於機器人的情境式英文對話機器人
為了解決Android SDK version 的問題，作者施冠成 這樣論述：
近年來，台灣英語水平在全國非英語母語國家逐年下滑，主要原因為大部份學生很少主動學習英文，對學習英文產生焦慮感。本研究提出一個將自然語言處理應用於機器人的情境式英文對話機器人系統，讓學生再練習英文對話的同時還可以與虛擬和實體機器人互動，消除學生在與人進行英文對話的所帶來的緊張感、焦慮感及不安達到提升孩童開口說英文的意願，這不僅能訓練孩童開口說英文，也可以同時訓練閱讀及聽力，進而達到提升英文能力。系統架構分為 APP 端、自然語言處理端、網頁顯示端、以及機器人端，透過圖文並茂的方式進行情境式英文對話。然而，在過去語言機器人在語言模組精確度低且訓練上意圖與實體提取上錯誤過多。本研究為解決以上問題，
使用一套開源學習框架-Rasa，利用五種語言模型進行預訓練，5 種模型如下: GPT2、BERT、DistilBERT、XLNet、RoBERTa，分別觀察這五種模型的 Intent loss、Entity loss 以及正確率的表現狀況。經過實驗發現，意圖與實體丟失過多的主要原因為在一個意圖中有標記的實體與無標記的實體相同過多，這樣會導致語料模型裡的實體與有標記的實體會衝突到及語言模型實體無法準確預測。經過實驗之後發現使用 DistilBERT 進行預訓練比其他四個模型精確平均度還高，替整個文本意圖預測成功平均提升至 99.59%以上。
Android Studio Development Essentials
為了解決Android SDK version 的問題，作者Smyth, Neil 這樣論述：
The objective of this book is to teach the skills necessary to develop Android applications using Android Studio and the Android 5 Software Development Kit (SDK). Note: This is the Android 5 edition of the book. For coverage of the Android 6 SDK and the latest version of Android Studio we recommend
Android Studio Development Essentials: Android 6 Edition. Beginning with the basics, this book provides an outline of the steps necessary to set up an Android Studio based development and testing environment. An overview of Android Studio is included covering areas such as tool windows, the code e
ditor and the user interface Designer tool. An introduction to the architecture of Android is followed by an in-depth look at the design of Android applications and user interfaces using Android Studio. More advanced topics such as database management, content providers and intents are also covered
, as are touch screen handling, gesture recognition, camera access and the playback and recording of both video and audio. This edition of the book also covers features introduced with Android 4.4 including printing, transitions and cloud-based file storage. In addition to covering general Android
development techniques, the book also includes Google Play specific topics such as implementing maps using the Google Maps Android API, in-app billing and submitting apps to the Google Play Developer Console. Chapters also cover advanced features of Android Studio such as Gradle build configuration
and the implementation of build variants to target multiple Android device types from a single project code base. Assuming you already have some Java programming experience, are ready to download Android Studio and the Android SDK, have access to a Windows, Mac or Linux system and ideas for some a
pps to develop, you are ready to get started.
最佳化沈浸式影片串流至頭戴式顯示器
為了解決Android SDK version 的問題，作者樊慶玲 這樣論述：
隨著科技日新月異，人們不再滿足於僅僅使用平面顯示器觀看高清(Full High Definition)、超清(Ultra-High Definition)串流影片，而開始追求沈浸式(immersive)的觀看體驗。因此，能提供使用者沈浸式體驗的360度影片蔚為潮流，例如，知名影音串流平台如YouTube及Facebook皆已支援360度影片串流。此外使用頭戴式顯示器(HMD)觀看360度影片，更能讓使用者得到身歷其境的體驗，因為使用者能透過轉頭自然地改變觀看角度，猶如親身處在影片的虛擬環境中。然而，串流360度影片至頭戴式顯示器並非易事。首先360度影片為提供使用者頭戴式顯示器中擬真的畫面，
需要極高的解析度而造成相當可觀得檔案大小，這將使頻寬不堪負荷而造成額外的延遲及差強人意的使用者體驗。此外，由於360度影片需投影到二維影片後才能進行壓縮，所造成的變形使現存的影片品質指標，如峰值信噪比(Peak Signal-to-Noise Ratio, PSNR)及結構相似性(Structural SIMilarity Index, SSIM)皆難以準確衡量360度影片的觀看品質，更遑論考慮人類複雜的視覺系統及使用者多元的觀看行為。這些困難阻礙了以使用者體驗為導向的360度影片串流最佳化發展。為了解決上述的挑戰，本論文解決了360度影片串流至頭戴式顯示器的三個核心問題，這三個問題分別處於串
流的三個階段：串流傳輸、壓縮與包裝，以及顯示與觀看。首先，我們設計並開發了一個神經網路，運用感測資料及影片分析進行訓練，以預測使用者未來視野。我們所提出的預測網路有效地減少360度影片傳輸所需頻寬，但仍維持相當好的影片品質。接下來，我們利用影片模型、觀看機率及客戶端頻寬分佈，來計算最佳化編碼階梯(Encoding Ladder)，以決定應儲存哪些影片版本在有儲存空間限制的伺服器上，藉此最佳化異質客戶端的觀看品質。最後，我們設計並進行使用者研究與分析，調查並量化各式影響使用者體驗的因子，最終參考這些因子來建立觀看360度影片的使用者體驗模型。我們所研究的這三個核心問題可以有效地最佳化360度影片
串流系統，這些開發的技術以及經驗，也將成為未來如虛擬實境、擴增實境、混合實境、以及延伸實境，這些創新應用的基石。