股票這個價位要不要買論文書籍站
SCADA software的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列股價、配息、目標價等股票新聞資訊
SCADA software的問題，我們搜遍了碩博士論文和台灣出版的書籍，推薦Scarioni, Carlo,Nardone, Massimo寫的 Pro Spring Security: Securing Spring Framework 5 and Boot 2-Based Java Applications 和Ayala, Luis的 Cyber-physical Attack Recovery Procedures: A Step-by-step Preparation and Response Guide都 可以從中找到所需的評價。
這兩本書分別來自 和所出版 。
逢甲大學 智能製造與工程管理碩士在職學位學程 蕭堯仁所指導 凃佑達的 即時監控系統於多樣零件預防維護之應用 （2021），提出SCADA software關鍵因素是什麼，來自於智慧製造、預防性維護、即時監控系統、物聯網、CPS。
而第二篇論文中原大學 環境工程學系 施武陽所指導 施奈妮的 導入遠端量測與數值建模之節能方案與效益研究 （2021），提出因為有 能耗、熱集成蒸餾、Aspen Plus、反滲透、MATLAB的重點而找出了 SCADA software的解答。
Pro Spring Security: Securing Spring Framework 5 and Boot 2-Based Java Applications
為了解決SCADA software 的問題，作者Scarioni, Carlo,Nardone, Massimo 這樣論述：
Build and deploy secure Spring Framework and Spring Boot-based enterprise Java applications with the Spring Security Framework. This book explores a comprehensive set of functionalities to implement industry-standard authentication and authorization mechanisms for Java applications.Pro Spring Securi
ty, Second Edition has been updated to incorporate the changes in Spring Framework 5 and Spring Boot 2. It is an advanced tutorial and reference that guides you through the implementation of the security features for a Java web application by presenting consistent examples built from the ground up.T
his book also provides you with a broader look into Spring security by including up-to-date use cases such as building a security layer for RESTful web services and Grails applications.What You Will LearnExplore the scope of security and how to use the Spring Security FrameworkMaster Spring security
architecture and design Secure the web tier in Spring Work with alternative authentication providersTake advantage of business objects and logic securityExtend Spring security with other frameworks and languagesSecure the service layerWho This Book Is ForExperienced Spring and Java developers with
prior experience in building Spring Framework or Boot-based applications. Carlo Scarioni is a passionate software developer, motivated by learning and applying innovative and interesting software development tools, techniques and methodologies, his professional objectives are the following. To be
in a technology-oriented enterprise where the technical staff is the soul of the company. To be in an important IT team. To be able to design and develop state of the art software. To be able to apply new knowledge every day, in innovative ways, and with a great degree of freedom. To architect, desi
gn and develop software that uses the best practices of the field. To play with the latest technologies, learn every day and participate in the research and innovation of software products. Specialties: TDD, object-oriented principles and design patterns, Java/JEE, Spring, application servers, SQL a
nd NoSQL (MongoDB), multithreading, messaging, enterprise integration patterns, Ruby, and RoR. Certifications are Sun Certified Enterprise Architect (Part I), Sun Certified Java Programmer, Sun Certified Business Component Developer, SpringSource Certified Professional, and IBM SOA Certified Associa
te.Massimo Nardone has more than 24 years of experience in security, web/mobile development, cloud, and IT architecture. His true IT passions are security and Android. He has been programming and teaching how to program with Android, Perl, PHP, Java, VB, Python, C/C++, and MySQL for more than 20 yea
rs. He holds an M.Sc. degree in computing science from the University of Salerno, Italy. During his career, he has worked as a project manager, software engineer, research engineer, chief security architect, information security manager, PCI/SCADA auditor, and senior lead IT security/cloud/SCADA arc
hitect.His technical skills include security, Android, cloud, Java, MySQL, Drupal, Cobol, Perl, web and mobile development, MongoDB, D3, Joomla!, Couchbase, C/C++, WebGL, Python, Pro Rails, Django CMS, Jekyll, and Scratch. He has served as a visiting lecturer and supervisor for exercises at the Netw
orking Laboratory of the Helsinki University of Technology (Aalto University). He holds four international patents (PKI, SIP, SAML, and Proxy areas). He currently works as chief information security officer (CISO) for Cargotec Oyj, and he is a member of the ISACA Finland Chapter Board. Massimo has r
eviewed more than 45 IT books for different publishers and has coauthored Pro JPA 2 in Java EE 8 (Apress, 2018), Beginning EJB in Java EE 8 (Apress, 2018), and Pro Android Games (Apress, 2015).
即時監控系統於多樣零件預防維護之應用
為了解決SCADA software 的問題，作者凃佑達 這樣論述：
受益於各種物聯網技術、通訊技術、資訊技術、人工智慧技術的蓬勃發展和行動裝置的普及，以及全球製造體系邁向新技術、新應用而拉高了製造門檻，智慧製造幾乎是所有製造業這幾年追逐的目標。加上少子化和COVID-19疫情影響讓工廠在人力資源配置上出現很多風險，所以越來越多的工廠投入自動化產線來取代人力。但更多的自動化機器設備，意謂著只要其中一個設備發生非預期停機，就可能導致整線停產，如何確保這些設備能如預期般運作，良好的預防性維護是不可或缺的。但要管理眾多設備和零件的預防性維護工作，單靠人力是難以達成的，因此透過物聯網相關技術，將各種設備連網並建構即時監控系統成為一種趨勢，而且無論效果或效率都不是單獨靠
人力所能比擬。本研究即透過個案探討的方式，以Cyber-Physical Systems (CPS)為基礎架構，從即時監控系統的需求定義開始到整個系統的建立方法，以及期間可能遭遇到的問題進行探討研究，期望能給想要建立類似系統，但不知從何著手的研究者或業者能找到方向。
Cyber-physical Attack Recovery Procedures: A Step-by-step Preparation and Response Guide
為了解決SCADA software 的問題，作者Ayala, Luis 這樣論述：
This book provides a template with step-by-step instructions on how to respond and recover when hackers get into your SCADA system and cause building equipment to act erratically or fail completely. When hackers shut off the water, turn off the building power, disable the sewage effluent pumps an
d activate the fire alarm, you have to do something quick. It is even more alarming that hackers can do all those things at the same time--even from the other side of the planet.Not every equipment failure or power outage is a cyber-physical attack. When your building is attacked, you probably won’t
suspect it was a hacker--until you see a pattern. The building control system (BCS) will act squirrelly and you will know--it really is a cyber-physical attack.Once a cyber-physical attack occurs, it can mean years of court cases, job losses, higher insurance rates, and maybe even criminal litigati
on. It also takes years to overcome the loss of safety credibility to your employees and the local community. Cyber-Physical Attack Recovery Procedures provides a detailed guide to taking the right steps ahead of time, and equipping your facility and employees with the training, knowledge, and tools
they need and may save lives. The book contains: A one-of-a-kind action plan describing how hackers attack building equipment, the extent of damage possible, and how to respond when a cyber-physical attack occurs.Detailed descriptions of cyber-physical attacks directed against SCADA systems or buil
ding controls, as well as cyber booby traps Invaluable appendices, including: Emergency Procedures, Team Staffing and Tasking, Alternate Site Procedures, a Documentation List, Software and Hardware Inventories, Vendor Contact Lists, External Support Agreements, and much more. What you’ll learnPossib
le ways hackers can cause building equipment to fail.How to quickly assess the threat to his facilities in real time, how to stop a cyber-physical attack.How to restore equipment operation without doing any more damage.Who This Book Is For Architects, Engineers, Building Managers, Students, Research
ers and Consultants interested in cybersecurity-attacks against facilities in the real world. Also for IT professionals getting involved in cybersecurity responsibilities.
導入遠端量測與數值建模之節能方案與效益研究
為了解決SCADA software 的問題，作者施奈妮 這樣論述：
水和能源與人類生活以及工業生產息息相關，近年來水處理回收與節能逐漸受到重視，因此，本研究針對工業廢水回收純化程序以及海水淡化進行節能最佳化研究。首先，本研究導入數值模型以模擬水處理系統程序與能耗，並利用 SCADA(資料收集與監控)系統監控蒸餾過程中水質與消耗的電能，即時輸入 Aspen Plus 以對蒸餾塔的設計最佳化進行分析提供可行改善方案。在數值模型方面選擇了 NRTL（非隨機二液）作為分析方程式根據 SCADA 監控系統，以高科技污水含 NMP（N-Methyl-2 pyrrolidone）水蒸餾過程為例，每噸處理水所需的能量為 27.745 kWh/kg。考量換熱器中的再沸系統回收
利用蒸餾塔的廢熱再利用，在進入第二個蒸餾塔之前為進料預熱器增加一個熱交換器可以節能 15.2%，預估單位總能耗降低為 0.282kWh/kg，減少總蒸汽量 190 kg/hour，水純度超過 99.999%；在海水逆滲透方面，以新竹緊急海淡為例導入 MATLAB/Simulink 模擬逆滲透(RO)裝置的操作，在模擬過程中了解進料鹽度的增加會導致對進料壓力的要求更高、滲透流量更低，此外由於進料壓力與單位能耗和回收率成正比，因此增加進料壓力可增加回收率但也增加單位能耗，具體來說，產生 300 m³/hour 的純水所需的最小 RO 膜元件數量為 316 個，根據計算最小和最大回收率分別為 0.0
2 和 0.53；給水至少必須提供 600 m³/hour，回收率可達 0.5 以產生 300 m³/hour 的要求純水滲透流量。於本研究發現，在純水滲透流量上使用流量控制器與高壓泵使用壓力控制器可確保生產流量恆定，該系統可節省約 83.6% 的電能。