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Cloud Computing and Services Science下载
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2019-08-03 12:30:20
Cloud Computing and Services Science,里边有目录,每章一个pdf
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Cloud Computing and Services Science下载
Cloud Computing and Services Science,里边有目录,每章一个pdf 相关下载链接://download.csdn.net/download/zhanliqing/4266057?utm_source=bbsseo
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Cloud
Com
put
ing
and
Service
s
Science
Cloud
Com
put
ing
and
Service
s
Science
,里边有目录,每章一个pdf
Security with Intelligent
Com
put
ing
and Big-data
Service
s-Spr
ing
er(2018).pdf
The purpose of 2017 International Conference on Security with Intelligent
Com
put
ing
and Big-data
Service
s (SICBS’17 for short) with joined workshops, Workshop on Information and
Com
munication Security
Science
and Engineer
ing
and Workshop on Security in Forensics, Medical, and
Com
put
ing
Service
s and Applications, is to provide a platform for researchers, engineers, academicians, as well as industrial professionals from all over the world to present their research results and development activities in security-related areas. It also aims at strengthen
ing
the international academic cooperation and
com
munications and exchang
ing
research ideas. It is the first SICBS. We wish that it could be then kept continued to the second SICBS as this 2017 successful academic activity. This SICBS 2017 brought together researchers from all regions around the world work
ing
on a variety of fields and provided a stimulat
ing
forum for them to exchange ideas and report on their progress in researches. In the conference includ
ing
the two workshops, we collect 34 papers, cover
ing
the topics as follows: Algorithms and Security Analysis, Cryptanalysis and Detection Systems, IoT and E-
com
merce Applications, Privacy and
Cloud
Com
put
ing
, Information Hid
ing
and Secret Shar
ing
, Network Security and Applications, Digital Forensics and Mobile Systems, Public Key Systems and Data Process
ing
, and Blockchain Applications in Technology. Organization of conferences is a hard work. It would not have been possible without the exceptional
com
mitment of many expert volunteers. We would like to thank all those who contributed to the advisory
com
mittee, the technique program
com
mittee, and the organiz
ing
com
mittee for their efforts in the course of confer- ence preparations. We also give our most thanks to all the authors of the submitted papers to make this conference successful in the good paper quality for presenta- tions. We are grateful to Spr
ing
er for publish
ing
the proceed
ing
s.
Research Advances in
Cloud
Com
put
ing
-Spr
ing
er(2017).pdf
Cloud
com
put
ing
is a novel
com
put
ing
paradigm which has changed the way enterprise or Internet
com
put
ing
is performed. Today, for almost all the sectors in the world,
cloud
com
put
ing
is synonym to on-demand provision
ing
and delivery of IT
service
s in a pay-as-you-go model. The success story of
cloud
com
put
ing
as a technology is credited to the long-term efforts of
com
put
ing
research
com
munity across the globe. Software as a
Service
(SaaS), Platform as a
Service
(PaaS), and Infrastructure as a
Service
(IaaS) are the three major
cloud
product sectors. Each one of these product sectors has their effects and reaches to various industries. If forecasts are to be believed, then more than two-third of all the enterprises across the globe will be entirely run in
cloud
by 2026. These enthusiastic figures have led to huge fund
ing
for research and development in
cloud
com
put
ing
and related technologies. University researchers, research labs in industry, and scholars across the globe have recreated the whole
com
put
ing
world into a new
cloud
enabled world. This has been only possible by coordinated efforts into this direction. Today, almost every university across the globe has
cloud
com
put
ing
and its related technologies included in their
com
puter
science
curriculum. Additionally, there are extensive efforts on innovation and technology creation in the direction of
cloud
com
put
ing
. These efforts are much visible in the reputed
cloud
com
put
ing
research platforms like international conferences and journals. We feel that there is a significant need to systematically present quality research find
ing
s of recent advances in
cloud
com
put
ing
for the benefit of
com
munity of researchers, educators, practitioners, and industries. Although there are large numbers of journals and conferences available, there is a lack of
com
prehensive and in-depth tutored analysis on various new developments in the field of
cloud
com
put
ing
. This book on “Research Advances in
Cloud
Com
put
ing
” discusses various new trends, designs, implementations, out
com
es, and directions in the various areas of
cloud
com
put
ing
. This book has been organized into three sections: 1. Programm
ing
model, infrastructure, and runtime 2. Resource Management 3. Security. The first chapter on “Serverless
Com
put
ing
: Current Trends and Open Problems” covers various serverless platforms, APIs, their key characteristics, technical challenges, and related open problems. Recently, enterprise application architectures are shift
ing
to containers and micro-
service
s, and it provides enough reasons for serverless
com
put
ing
. The chapter provides detailed requirements of different pro- gramm
ing
models, platforms, and the need of significant research and development efforts to make it matured enough for widespread adoption.
Cloud
providers face the important challenge regard
ing
resource management and aim to provide
service
s with high availability rely
ing
on finite
com
putational resources and limited physical infrastructure. Their key challenge is to manage resources in an optimal way and to estimate how physical and logical failures can impact on users’ perception. The second chapter on “Highly Available
Cloud
s: System Model
ing
, Evaluations and Open Challenges”, presents literature survey on high availability of
cloud
and mentions the main approaches for it. It explores
com
putational model
ing
theories to represent a
cloud
infrastructure focus
ing
on how to estimate and model
cloud
availability. The third chapter on “Big Data Analytics in
Cloud
—A Stream
ing
Approach” discusses stream
ing
approach for data analytics in
cloud
. Big data and
cloud
have be
com
e twin words—used sometimes interchangeably. Interpretation of big data br
ing
s in idea of min
ing
and analytics. There is significant literature on
cloud
that discusses infrastructure and architecture but a very little literature for algorithms required for min
ing
and analytics. This chapter focuses on online algorithms that can be used for distributed, unstructured data for learn
ing
and analytics over
Cloud
. It also discusses their time
com
plexity, presents architecture for deploy
ing
them over
cloud
, and concludes with present
ing
relevant open research directions.
Cloud
data centers must be capable to offer scalable software
service
s, which require an infrastructure with a significant amount of resources. Such resources are managed by specific software to ensure
service
-level agreements based on one or more performance metrics. Within such infrastructure, approaches to meet non-functional requirements can be split into various artifacts, distributed across different operational layers, which operate together with the aim of reach
ing
a specific target. Exist
ing
studies classify such approaches us
ing
different terms, which usually are used with conflict
ing
mean
ing
s by different people. Therefore, it is necessary a
com
mon nomenclature defin
ing
different artifacts, so they can be organized in a more scientific way. The fourth chapter on “A Terminology to Classify Artifacts for
Cloud
Infrastructure” proposes a
com
prehensive bottom-up classification to identify and classify approaches for system artifacts at the infras- tructure level, and organize exist
ing
literature us
ing
the proposed classification. The fifth chapter focuses on “Virtual Network
ing
with Azure for Hybrid
Cloud
Com
put
ing
in Aneka”. It provides a discussion on the need of inter-
cloud
com
- munication in the emerg
ing
hybrid, public, or federated
cloud
s. Later, they provide user and provider constraints. It also covers two practical cases to illustrate the theoretical concepts of resource allocation as well as have discussed the open challenges that resource management will face in the
com
ing
years. The tenth chapter on “Recent Developments in Resource Management in
Cloud
Com
put
ing
and Large
Com
put
ing
Clusters” provides a
com
prehensive and detailed overview of overall
cloud
com
put
ing
resource allocation framework with a focus on various resource schedul
ing
algorithms. This chapter also provides a definitive direction toward
cloud
schedul
ing
solutions, architectures, and fairness algorithms. The eleventh chapter on “Resource Allocation for
Cloud
Infrastructures: Taxonomies and Research Challenges” provides a classification of VM place- ments solutions in the form of taxonomies. These taxonomies are prepared for conceptualization of VM placement problem as provider–broker sett
ing
, and fram
ing
it as an optimization problem. Authors also
com
ment on the formation of
cloud
markets to provide a basis for multi-objective VM placement algorithms. The twelth chapter on “Many-Objective Optimization for Virtual Machine Placement in
Cloud
Com
put
ing
” presents a
com
prehensive discussion on virtual machine placement problem and extends the discussion by propos
ing
many objec- tive VM placement algorithms for initial VM placement and reconfiguration. It also gives an overview of open research problems at the end of the chapter to provide the scope of future work toward fully dynamic multi-objective VM placement problems. The thirteenth chapter on “Performance Model
ing
and Optimization of Live Migration of Virtual Machines in
Cloud
Infrastructure” is based on improvement of the pre-copy algorithm for live migration system. The improved pre-copy algorithm is developed by three models: (i)
com
pression model, (ii) prediction model, and (iii) performance model. Each model is used to evaluate downtime and total migration time of different workloads. The first model performs migration of different sizes of VM with three workloads: (i) idle system, (ii) kernel
com
pile, and (iii) static web server. Prediction model works with adaptive dirty rate and adaptive data rate to evaluate
com
plex workloads runn
ing
in a VM. The performance model is used to find dirty pages us
ing
dirty page rate model. It is observed that both prediction model and performance model work efficiently than the exist
ing
framework of Xen. It concludes that three proposed models are able to improve pre-copy and the results are tested for the same. Security and privacy be
ing
a very active and hot topic of research and discussion these days, we have five chapters dedicated to the relevant issues associated with
cloud
com
put
ing
security. Isolated containers are rapidly be
com
ing
a great alter- native to traditional virtualized environments. The fourteenth chapter on “Analysis of Security in Modern Container Platforms” makes two important contributions. First, it provides a detailed analysis of current security arrangements in the con- tainer platforms. Second, it offers an experimental analysis of containers by pro- vid
ing
details on
com
mon threat and Vulnerabilities Exposures (CVEs) exploits. This twofold analysis helps in
com
par
ing
the CVE exploits to be able to
com
pare with the state-of-the-art security requirements by the popular literature. The fifteenth chapter on “Identify
ing
Evidence for
Cloud
Forensic Analysis” discusses forensic analysis and post-attack evidence collection on the
cloud
com
put
ing
infrastructures. Authors describe the evidence collection activity at three different places which are at Intrusion Detection System (IDS),
cloud
provider API calls, and VM system calls. It shows a step-by-step attack scenario reconstruction us
ing
the proposed prolog-based tool follow
ing
the proposed evidence collection approach. Forensic analysis of
cloud
com
put
ing
infrastructures is still in its infancy and authors provide directions for data collection and forensically capable
cloud
s. The sixteenth chapter on “An Access Control Framework for Secure and Interoperable
Cloud
Com
put
ing
Applied to the Healthcare Domain” addresses various health record security issues and provides an FSICC framework (Framework for Secure and Interoperable
Cloud
Com
put
ing
) that provides a mechanism for multiple sources to register
cloud
, programm
ing
, and web
service
s and security requirements for use by applications. Future research directions are provided at the end of this chapter to help the enthusiastic readers about the open areas. The seventeenth chapter on “Security and Privacy Issues in Outsourced Personal Health Record” provides a detailed survey on exist
ing
personal health record management systems (PHRMSs) consider
ing
the security and privacy features provided by each one of them. This state-of-the-art survey is extended by giv
ing
pointers to multiple open research problems in the healthcare domain. The last in the series of five chapters dedicated to
cloud
security is a chapter on “Applications of Trusted
Com
put
ing
in
Cloud
Context”. Trusted
com
put
ing
para- digm has been considered as one of the important security research milestones to leverage various security solutions. This chapter investigates applications of trusted
com
put
ing
in
cloud
com
put
ing
areas where security threats exist, namely in live virtual machine migration.
Internet Infrastructure_Network
ing
, Web
Service
s, and
Cloud
Com
put
ing
-CRC2018
Look around the textbook market and you will nd countless books on
com
puter networks, data
com
munication, and the Internet. Why did we write this textbook? We generally see these books tak
ing
one of three forms. The rst are the
com
puter
science
and business-oriented texts that are heavy on network
ing
theory and usage with little emphasis on practical matters. They cover Transmission Control Protocol/Internet Protocol (TCP/IP), Internet servers, and the foundations for tele
com
munications but do not provide guidance on how to implement a server. The second are the books that take the opposite approach: strictly hands-on texts with little to know the theory or foun- dational material. In teach
ing
com
puter information technology courses, we have found numerous books that instruct students on how to con gure a server but not on how the server actually works. Finally, there are books on socket-level programm
ing
. This textbook attempts to
com
bine the aspects of the rst and second groups mentioned previ- ously. We do so by divid
ing
the material roughly into two categories: concept chapters and case study chapters. We present networks and the Internet from several perspectives: the underly
ing
media, the protocols, the hardware, the servers and their uses. For many of the concepts covered, we follow them with case study chapters that examine how to install, con gure, and secure a server that offers the given
service
discussed. This textbook can be used in several different ways for a college course. As a one-semester introduction to
com
puter networks, teachers might try to cover the rst ve chapters. These chapters introduce local area networks (LANs), wide area networks (WANs), wireless LANs, tools for explor
ing
networks, and the domain name system. Such a course could also spotlight later topics such as the Hypertext Transfer Protocol (HTTP) and
cloud
com
put
ing
. A two-semester sequence on networks could cover the entire book, although some of the case studies might be shortened if the course is target
ing
com
puter
science
or business students as that audience may not to know servers such as Apache and Squid in depth. A
com
puter information technology course might cover the case studies in detail while cover
ing
the concept chapters as more of an overview. Finally, an advanced network
ing
course might cover Domain Name System (DNS) (Chapter 5), HTTP (Chapter 7), proxy servers (Chapter 9), and
cloud
com
put
ing
(Chapters 11 and 12). As we wrote this textbook, it evolved several times. Our original intention was to write a book that would directly support our course CIT 436/536 (Web Server Administration). As such, we were go
ing
to cover in detail the Bind DNS name server, the Apache web server, and the Squid proxy server. However, as we wrote this book, we realized that we should provide background on these servers by discuss
ing
DNS, Dynamic Host Con guration Protocol, HTTP, HTTP Secure, digital certi cates and encryption, web caches, and the variety of protocols that support web cach
ing
. As we expanded the content of the text, we decided that we could also include introductory network
ing
content as well as advanced Internet content, and thus, we added chapters on networks, LANs and WANs, TCP/IP, TCP/IP tools,
cloud
com
put
ing
, and an examination of the Amazon
Cloud
Service
. The book grew to be too large. Therefore, to offset the cost of a longer textbook, we have identi- ed the content that we feel could be moved out of the printed book and made electronically avail- able via the textbook’s
com
panion website. Most of the items on the website are not optional read
ing
but signi cant content that ac
com
panies the chapters that it was taken from. You will nd indicators throughout the book of additional read
ing
s that should be pursued. xvii xviii Preface In addition to the text on the website, there are a number of other useful resources for faculty and students alike. These include a
com
plete laboratory manual for install
ing
, con gur
ing
, secur
ing
, and experiment
ing
with many of the servers discussed in the text, PowerPoint notes, animation tuto- rials to illustrate some of the concepts, two appendices, glossary of vocabulary terms, and
com
plete input/output list
ing
s for the example Amazon
cloud
operations covered in Chapter 12. https://www.crcpress.
com
/Internet-Infrastructure-Network
ing
-Web-
Service
s-and-
Cloud
-
Com
put
ing
/Fox-Hao/p/book/9781138039919
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