Cyber-Physical Resilience: Cultivating Symbiotic Architectures Beyond Traditional Control
暫譯: 資訊物理韌性：培育超越傳統控制的共生式架構
Mohamad, Radziah, Fida, Hashmat, Jiang, Weiwei
- 出版商: CRC
- 出版日期: 2026-11-25
- 售價: $6,040
- 貴賓價: 9.5 折 $5,738
- 語言: 英文
- 頁數: 174
- 裝訂: Hardcover - also called cloth, retail trade, or trade
- ISBN: 1041354541
- ISBN-13: 9781041354543
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相關分類:
控制系統 Control-systems、物聯網 IoT
尚未上市，無法訂購
相關主題
商品描述
Cyber-Physical Resilience: Cultivating Symbiotic Architectures Beyond Traditional Control introduces a revolutionary paradigm shift in cyber-physical systems (CPS) design, challenging conventional wisdom that treats physical components as passive elements controlled by computation. Instead, it proposes CPS as symbiotic relationships where cyber and physical elements co-evolve harmoniously, creating inherently resilient systems. Based on three years of international research across multiple sectors, this book delivers both a theoretical foundation and a practical methodology for adaptive systems that thrive amid complexity and uncertainty.
The symbiotic system presents a groundbreaking CPS design approach that transforms traditional hierarchical control into harmonious cyber-physical relationships through five key principles: mutual adaptation (reducing downtime 67%), context-responsive distributed intelligence, selective boundary permeability, co-evolutionary learning, and adaptive strengthening. The book's empirical studies demonstrate these systems achieve 43% greater energy efficiency and 78% faster recovery than conventional approaches. This comprehensive framework integrates engineering, computer science, and socio-technical theory, with the author's validated models quantifying performance advantages under various stress conditions across manufacturing, energy, agriculture, and healthcare sectors.
This book targets an international audience at the technology development-implementation intersection, including systems engineers, computer scientists, and automation specialists seeking resilient infrastructure approaches. Academic researchers will appreciate its theoretical depth and methodological rigor, while technology strategists and policymakers will find evidence-based guidance for regulatory frameworks.
商品描述(中文翻譯)
《Cyber-Physical Resilience: Cultivating Symbiotic Architectures Beyond Traditional Control》提出了網路—實體系統（Cyber-Physical Systems, CPS）設計的革命性典範轉移，挑戰將實體元件視為由運算控制之被動元素的傳統觀點。相較之下，本書主張應將 CPS 視為網路與實體元素彼此共生的關係，讓兩者協調共演化，進而打造具備內在韌性的系統。本書以橫跨多個產業、歷時三年的國際研究為基礎，同時提供理論基礎與實務方法論，協助建構能在複雜性與不確定性環境中蓬勃發展的自適應系統。
共生系統提出創新的 CPS 設計方法，透過五項關鍵原則，將傳統的階層式控制轉化為和諧的網路—實體關係：相互適應（可減少 67% 的停機時間）、情境回應式分散智慧、選擇性邊界滲透性、共演化學習，以及自適應強化。本書的實證研究顯示，相較於傳統方法，這類系統可提升 43% 的能源效率，並加快 78% 的復原速度。這套完整的架構整合工程學、電腦科學與社會—技術理論；作者經驗證的模型，則量化分析了製造、能源、農業與醫療照護等產業在各種壓力條件下的效能優勢。
本書鎖定科技開發與實作交會領域的國際讀者，包括尋求韌性基礎設施方法的系統工程師、電腦科學家與自動化專家。學術研究人員將能從本書的理論深度與方法嚴謹性中獲益；科技策略規劃者與政策制定者則可取得以證據為基礎的法規架構指引。
作者簡介
Radziah Mohamad, Associate Professor, School of Computing, Faculty of Engineering, University of Technology Malaysia (UTM), Malaysia, brings over a decade of expertise to her role. With academic credentials including a Bachelor of Software Engineering from Sheffield Hallam University (UK) and both MSc and PhD in Computer Science from UTM, she combines theoretical knowledge with practical experience gained during her tenure as an associate consultant at Price Waterhouse. Her teaching portfolio encompasses Software Modeling and Requirements Engineering, Software Quality and Testing, and Object-Oriented Programming. A respected researcher specializing in service-oriented computing, software reuse, and agent-oriented software engineering, Dr. Mohamad actively contributes to the academic community through research projects and serves as a referee for prestigious publications.
Hashmat Fida, Assistant Professor, School of Artificial Intelligence & Advance Computing, Presidency University, Bengaluru, India and Postdoc Fellow at Lincoln University College, Malaysia. He specializes in Artificial Intelligence, IoT, Machine Learning, and cybersecurity. With a Ph.D. in Computer Science & Engineering, Dr. Fida has made significant contributions to intelligent traffic management, V2X communication, LiDAR-based safety, and cyber-physical systems. His research portfolio includes multiple patents, publications in reputed journals, conference papers, and book chapters, with a focus on smart cities, autonomous vehicles, and AI-driven decision-making systems. Dr. Fida designs innovative curricula and actively fosters collaborations that bridge academic research with industry applications.
Weiwei Jiang is an Associate Professor at the School of Information and Communication Engineering, Beijing University of Posts and Telecommunications, and the Key Laboratory of Universal Wireless Communications, Ministry of Education, Beijing, China. He earned his B.Sc. in Electronic Engineering and Ph.D. in Information and Communication Engineering from the Department of Electronic Engineering at Tsinghua University, Beijing, China, in 2013 and 2018, respectively. Dr. Jiang's research focuses on artificial intelligence, machine learning, big data, wireless communication, and edge computing. He has an impressive academic record, having published over 100 papers in IEEE Transactions and other prestigious journals.
Shanthi Pichandi Anandaraj, Professor and Head of Computer Science and Engineering, Presidency University, Bangalore, is a distinguished academic and innovator with over 19 years of experience. Holding a Ph.D. in CSE, he has authored 51+ research publications focusing on Cyber Security, IoT, and fault-tolerant networks. Dr. Anandaraj's innovative contributions include seven patents across interdisciplinary domains, earning him multiple prestigious awards. As a dedicated mentor to several Ph.D. scholars and an esteemed editorial board member at IARCON, his career exemplifies a profound commitment to education, innovation, and the advancement of computer science research.
作者簡介(中文翻譯)
Radziah Mohamad，馬來西亞 University of Technology Malaysia (UTM) 工程學院計算學院副教授，在該領域擁有超過十年的專業經驗。她取得 Sheffield Hallam University（英國）軟體工程學士學位，以及 UTM 電腦科學碩士與博士學位，並曾任職於 Price Waterhouse 擔任副顧問，兼具理論知識與實務經驗。她的授課領域涵蓋 Software Modeling and Requirements Engineering、Software Quality and Testing，以及 Object-Oriented Programming。Dr. Mohamad 是備受尊敬的研究人員，專長包括 service-oriented computing、software reuse，以及 agent-oriented software engineering。她積極參與研究計畫，並擔任知名學術出版品的審稿人，為學術社群貢獻良多。
Hashmat Fida，印度 Bengaluru 的 Presidency University 人工智慧與進階運算學院助理教授，同時也是馬來西亞 Lincoln University College 的博士後研究員。他的專長包括 Artificial Intelligence、IoT、Machine Learning 與 cybersecurity。Dr. Fida 擁有 Computer Science & Engineering 博士學位，在 intelligent traffic management、V2X communication、LiDAR-based safety 以及 cyber-physical systems 等領域作出重要貢獻。他的研究成果涵蓋多項專利、發表於知名期刊的論文、研討會論文與書籍章節，研究重點包括 smart cities、autonomous vehicles，以及 AI-driven decision-making systems。Dr. Fida 致力於設計創新的課程，並積極促進合作，將學術研究與產業應用相互連結。
Weiwei Jiang 是中國北京 Beijing University of Posts and Telecommunications 資訊與通信工程學院副教授，同時任職於中國教育部北京通用無線通信重點實驗室。他於 2013 年及 2018 年分別取得中國北京清華大學電子工程系電子工程學士學位，以及資訊與通信工程博士學位。Jiang 博士的研究領域包括 artificial intelligence、machine learning、big data、wireless communication 與 edge computing。他擁有傑出的學術成果，已在 IEEE Transactions 及其他知名期刊發表超過 100 篇論文。
Shanthi Pichandi Anandaraj，Presidency University 電腦科學與工程系教授兼系主任，是一位傑出的學者與創新者，擁有超過 19 年的經驗。他持有 CSE 博士學位，已發表 51 篇以上的研究論文，研究主題聚焦於 Cyber Security、IoT 與 fault-tolerant networks。Anandaraj 博士在跨學科領域的創新貢獻包括七項專利，並因此獲得多項知名獎項。作為多位博士生的專業導師，以及 IARCON 備受尊敬的編輯委員會成員，他的職涯充分展現了對教育、創新與電腦科學研究發展的深切投入。
