嶺東科技大學 |

Security for cloud computing

紀錄類型:	書目-語言資料,印刷品 : 單行本
作者:	LombardiFlavio,
合作者:	Di PietroRoberto,
出版地:	Boston
出版者:	Artech House;
出版年:	c2015
面頁冊數:	193 pagesillustrations : 24 cm.;
集叢名:	Artech House computer series
標題:	Cloud computing - Security measures. -
ISBN:	978-1-60807-989-6bound
內容註:	Machine generated contents note: 1.Introduction -- 1.1.Motivation -- 1.2.About this Book -- 1.3.Roadmap -- 2.Cloud Definition and Technologies -- 2.1.Defining the Cloud -- 2.2.Cloud Approaches and Technologies -- 2.2.1.Amazon Web Services -- 2.2.2.MS Azure -- 2.2.3.OpenStack -- 2.3.Outsourcing and the Cloud -- 2.4.Accreditation and Certification Issues -- 2.5.Conclusions -- 3.Cloud Security and Virtualization -- 3.1.Introduction -- 3.2.Cloud Security Issues -- 3.2.1.A Model for Cloud Security -- 3.3.General Cloud Protection -- 3.3.1.Threat Model -- 3.3.2.Requirements -- 3.3.3.Effective Monitoring -- 3.4.Technological Details -- 3.5.Attacks and Responses -- 3.5.1.Dealing with Attacks -- 3.6.Nested Virtualization and Finer-Grained Security -- 3.7.Relevant Contributions to Virtualization Security -- 3.8.Conclusion -- 4.Privacy Issues in the Cloud -- 4.1.Introduction -- 4.2.Cloud Privacy Issues -- 4.3.Encryption-Based Solutions For Confidentiality -- 4.4.Statistical Disclosure -- 4.5.Data Splitting -- 4.6.Other Security Aspects -- 4.7.Relevant Security Metrics -- 4.8.Other Relevant Approaches and Open Issues -- 4.9.Conclusion -- 5.Advanced Monitoring of Services -- 5.1.Introduction -- 5.1.1.Content and Organization -- 5.2.Modeling And Monitoring Approaches -- 5.2.1.VM Monitoring and Security -- 5.2.2.Modeling Complex Systems -- 5.3.Graph-Based Modeling and EPA -- 5.3.1.Advanced Scenario Graphs -- 5.3.2.Action Graph -- 5.3.3.Cooperating Graphs -- 5.3.4.Node (Re-)Labeling -- 5.4.Technological Details Discussion -- 5.5.Conclusion -- 6.Cloud Approaches to Resilience -- 6.1.Introduction -- 6.2.Problem Statement and Model -- 6.2.1.Modeling -- 6.3.Simpler Approaches -- 6.4.More Complex Approaches -- 6.4.1.Multiround Adaptive Assignment Matrix -- 6.4.2.A Possible Threat Model -- 6.4.3.Adaptive Approaches to Cheating Detection -- 6.5.Alternative Approaches to Reliability -- 6.6.Conclusion -- 7.Secure GPU Cloud -- 7.1.Introduction -- 7.2.GPUS and Computing -- 7.3.GPU Architectures -- 7.3.1.Global Memory -- 7.3.2.Shared Memory -- 7.3.3.Registers -- 7.4.GPU Cloud and Virtualization Approaches -- 7.4.1.Virtualized CUDA -- 7.4.2.GPU Cloud and Gaming -- 7.5.GPU Data Leakages -- 7.5.1.Exploiting Shared Memory -- 7.5.2.Exploiting Global Memory -- 7.6.Effective Solutions and Workarounds -- 7.7.Competing Technologies and Security -- 7.8.Conclusion -- 8.Security and Reliability of Cloud Networks -- 8.1.Introduction -- 8.2.Defining SDN and NFV -- 8.3.Virtual Networking Implementations -- 8.3.1.OpenDaylight -- 8.3.2.Open vSwitch -- 8.3.3.Ryu -- 8.4.Security Issues -- 8.5.Conclusion -- 9.Concluding Remarks -- 9.1.Summary of the Contributions -- 9.2.Boundary of the Presented Approaches and Outlook -- 9.3.A Perspective on Interesting Future Developments -- 10.References.

Security for cloud computing
Lombardi, Flavio

Security for cloud computing / Flavio Lombardi, Roberto Di Pietro - Boston : Artech House, c2015. - 193 pages ; illustrations ; 24 cm.. - (Artech House computer series).
Machine generated contents note: 1.Introduction -- 1.1.Motivation -- 1.2.About this Book -- 1.3.Roadmap -- 2.Cloud Definition and Technologies -- 2.1.Defining the Cloud -- 2.2.Cloud Approaches and Technologies -- 2.2.1.Amazon Web Services -- 2.2.2.MS Azure -- 2.2.3.OpenStack -- 2.3.Outsourcing and the Cloud -- 2.4.Accreditation and Certification Issues -- 2.5.Conclusions -- 3.Cloud Security and Virtualization -- 3.1.Introduction -- 3.2.Cloud Security Issues -- 3.2.1.A Model for Cloud Security -- 3.3.General Cloud Protection -- 3.3.1.Threat Model -- 3.3.2.Requirements -- 3.3.3.Effective Monitoring -- 3.4.Technological Details -- 3.5.Attacks and Responses -- 3.5.1.Dealing with Attacks -- 3.6.Nested Virtualization and Finer-Grained Security -- 3.7.Relevant Contributions to Virtualization Security -- 3.8.Conclusion -- 4.Privacy Issues in the Cloud -- 4.1.Introduction -- 4.2.Cloud Privacy Issues -- 4.3.Encryption-Based Solutions For Confidentiality -- 4.4.Statistical Disclosure -- 4.5.Data Splitting -- 4.6.Other Security Aspects -- 4.7.Relevant Security Metrics -- 4.8.Other Relevant Approaches and Open Issues -- 4.9.Conclusion -- 5.Advanced Monitoring of Services -- 5.1.Introduction -- 5.1.1.Content and Organization -- 5.2.Modeling And Monitoring Approaches -- 5.2.1.VM Monitoring and Security -- 5.2.2.Modeling Complex Systems -- 5.3.Graph-Based Modeling and EPA -- 5.3.1.Advanced Scenario Graphs -- 5.3.2.Action Graph -- 5.3.3.Cooperating Graphs -- 5.3.4.Node (Re-)Labeling -- 5.4.Technological Details Discussion -- 5.5.Conclusion -- 6.Cloud Approaches to Resilience -- 6.1.Introduction -- 6.2.Problem Statement and Model -- 6.2.1.Modeling -- 6.3.Simpler Approaches -- 6.4.More Complex Approaches -- 6.4.1.Multiround Adaptive Assignment Matrix -- 6.4.2.A Possible Threat Model -- 6.4.3.Adaptive Approaches to Cheating Detection -- 6.5.Alternative Approaches to Reliability -- 6.6.Conclusion -- 7.Secure GPU Cloud -- 7.1.Introduction -- 7.2.GPUS and Computing -- 7.3.GPU Architectures -- 7.3.1.Global Memory -- 7.3.2.Shared Memory -- 7.3.3.Registers -- 7.4.GPU Cloud and Virtualization Approaches -- 7.4.1.Virtualized CUDA -- 7.4.2.GPU Cloud and Gaming -- 7.5.GPU Data Leakages -- 7.5.1.Exploiting Shared Memory -- 7.5.2.Exploiting Global Memory -- 7.6.Effective Solutions and Workarounds -- 7.7.Competing Technologies and Security -- 7.8.Conclusion -- 8.Security and Reliability of Cloud Networks -- 8.1.Introduction -- 8.2.Defining SDN and NFV -- 8.3.Virtual Networking Implementations -- 8.3.1.OpenDaylight -- 8.3.2.Open vSwitch -- 8.3.3.Ryu -- 8.4.Security Issues -- 8.5.Conclusion -- 9.Concluding Remarks -- 9.1.Summary of the Contributions -- 9.2.Boundary of the Presented Approaches and Outlook -- 9.3.A Perspective on Interesting Future Developments -- 10.References..
Includes bibliographical references and index..
ISBN 978-1-60807-989-6
Cloud computing -- Security measures.

Di Pietro, Roberto

Security for cloud computing
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200 1 $a Security for cloud computing $f Flavio Lombardi, Roberto Di Pietro
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225 1 # $a Artech House computer series
320 $a Includes bibliographical references and index.
327 0 $a Machine generated contents note: 1.Introduction -- 1.1.Motivation -- 1.2.About this Book -- 1.3.Roadmap -- 2.Cloud Definition and Technologies -- 2.1.Defining the Cloud -- 2.2.Cloud Approaches and Technologies -- 2.2.1.Amazon Web Services -- 2.2.2.MS Azure -- 2.2.3.OpenStack -- 2.3.Outsourcing and the Cloud -- 2.4.Accreditation and Certification Issues -- 2.5.Conclusions -- 3.Cloud Security and Virtualization -- 3.1.Introduction -- 3.2.Cloud Security Issues -- 3.2.1.A Model for Cloud Security -- 3.3.General Cloud Protection -- 3.3.1.Threat Model -- 3.3.2.Requirements -- 3.3.3.Effective Monitoring -- 3.4.Technological Details -- 3.5.Attacks and Responses -- 3.5.1.Dealing with Attacks -- 3.6.Nested Virtualization and Finer-Grained Security -- 3.7.Relevant Contributions to Virtualization Security -- 3.8.Conclusion -- 4.Privacy Issues in the Cloud -- 4.1.Introduction -- 4.2.Cloud Privacy Issues -- 4.3.Encryption-Based Solutions For Confidentiality -- 4.4.Statistical Disclosure -- 4.5.Data Splitting -- 4.6.Other Security Aspects -- 4.7.Relevant Security Metrics -- 4.8.Other Relevant Approaches and Open Issues -- 4.9.Conclusion -- 5.Advanced Monitoring of Services -- 5.1.Introduction -- 5.1.1.Content and Organization -- 5.2.Modeling And Monitoring Approaches -- 5.2.1.VM Monitoring and Security -- 5.2.2.Modeling Complex Systems -- 5.3.Graph-Based Modeling and EPA -- 5.3.1.Advanced Scenario Graphs -- 5.3.2.Action Graph -- 5.3.3.Cooperating Graphs -- 5.3.4.Node (Re-)Labeling -- 5.4.Technological Details Discussion -- 5.5.Conclusion -- 6.Cloud Approaches to Resilience -- 6.1.Introduction -- 6.2.Problem Statement and Model -- 6.2.1.Modeling -- 6.3.Simpler Approaches -- 6.4.More Complex Approaches -- 6.4.1.Multiround Adaptive Assignment Matrix -- 6.4.2.A Possible Threat Model -- 6.4.3.Adaptive Approaches to Cheating Detection -- 6.5.Alternative Approaches to Reliability -- 6.6.Conclusion -- 7.Secure GPU Cloud -- 7.1.Introduction -- 7.2.GPUS and Computing -- 7.3.GPU Architectures -- 7.3.1.Global Memory -- 7.3.2.Shared Memory -- 7.3.3.Registers -- 7.4.GPU Cloud and Virtualization Approaches -- 7.4.1.Virtualized CUDA -- 7.4.2.GPU Cloud and Gaming -- 7.5.GPU Data Leakages -- 7.5.1.Exploiting Shared Memory -- 7.5.2.Exploiting Global Memory -- 7.6.Effective Solutions and Workarounds -- 7.7.Competing Technologies and Security -- 7.8.Conclusion -- 8.Security and Reliability of Cloud Networks -- 8.1.Introduction -- 8.2.Defining SDN and NFV -- 8.3.Virtual Networking Implementations -- 8.3.1.OpenDaylight -- 8.3.2.Open vSwitch -- 8.3.3.Ryu -- 8.4.Security Issues -- 8.5.Conclusion -- 9.Concluding Remarks -- 9.1.Summary of the Contributions -- 9.2.Boundary of the Presented Approaches and Outlook -- 9.3.A Perspective on Interesting Future Developments -- 10.References.
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701 1 $a Di Pietro $b Roberto $c (Computer scientist) $4 author $3 383820
801 0 $a tw $b 嶺東科技大學圖書館