between cloud server and auditor: generation of security tags between TPA and cloud storage during auditing.
44 11.1 Third-party enabling auditing services.
45 11.2 Cloud computing economics.
46 12.1 Taxonomy tree for disease.
47 12.2 Flowchart of genetic algorithm.
48 13.1 Combination of cloud computing and wireless sensor networks.
49 14.1 Mobile cloud computing.
50 14.2 The architecture of mobile cloud computing.
51 14.3 The difference between cloud computing and mobile computing.
52 14.4 Mobile cloud applications.
53 15.1 The six Vs of big data.
54 15.2 Big data vs. cloud computing
55 16.1 Layered architecture of CloudSim simulator.
56 16.2 Class diagram of CloudSim.
57 16.3 Flow of communications among CloudSim entities.
58 17.1 OpenFaaS.
59 17.2 OpenFaaS architecture.
60 17.3 One host setup for the test cluster.
61 17.4 Multiple host setup for the test cluster.
62 17.5 Kubernetes OpenFaaS.
63 17.6 OpenShift client tools.
64 18.1 Sunstone login form.
65 18.2 Change password of oneadmin or other users.
66 18.3 Add worker node as host.
67 18.4 Apps that can be downloaded.
68 18.5 Available images that were downloaded.
69 18.6 VM templates.
70 18.7 Running VM.
71 18.8 Accessing the VM via VNC.
72 19.1 OpenStack architecture.
73 19.2 OpenStack object storage.
74 19.3 OpenStack logical architecture.
75 19.4 Hardware requirements.
76 19.5 Networking option 1: Provider networks.
77 19.6 Networking option 2: Self-service networks.
78 20.1 Eucalyptus architecture.
79 20.2 Eucalyptus components.
80 20.3 Eucalyptus services placement.
List of Tables
1 1.1 A comparison-based study of cluster, grid and cloud.
2 2.1 Shared responsibility model for security of cloud computing.
3 3.1 Workflow tools in cloud computing.
4 4.1 Traditional computing vs. cloud computing.
5 8.1 A comparison of ACID-based and NoACID-based cloud databases.
6 10.1 Auditing algorithms and services.
7 12.1 Comparative analysis of strengths and limitations of some of the existing security schemes.
8 19.1 OpenStack vs. AWS.
Foreword
This book discusses the evolution of cloud computing through grid computing and cluster computing. The main purpose of this book is to include all the cloud-related technologies in a single platform, so that undergraduate and postgraduate students, researchers, academicians, and those in industry can easily understand the cloud-based ecosystems. This book will take the reader on a journey that begins with understanding the cloud infrastructure paradigm in cloud-enabled technologies and how it can be applied in various ways. It will help researchers and practitioners to understand grid and distributed computing, cloud infrastructure, virtual machine, virtualization, live migration, scheduling techniques, auditing concept, security and privacy, business models, and case studies through the state-of-the-art in cloud computing countermeasures.
This book covers a wide range of cloud computing-related technologies. The wide-ranging contents will differentiate this book from others. The topics are likely to be embedded with various aspects of cloud business model-enabled technologies. It aims to provide the concepts of related technologies based on novel findings of the researchers through its chapter organization. The primary audience for the book includes specialists, researchers, undergraduate students, designers, experts and engineers who are occupied with research.
The book is organized in independent chapters to provide greater readability, adaptability and flexibility to readers.
Souvik Pal
Dac-Nhuong Le
Prasant Kumar Pattnaik
Preface
Recently, cloud computing has been one of the emerging technologies in the fields of computer science and information technology (IT). The advancement of cloud computing has resulted from the fast-growing use of the internet among people. This book is intended for readers who have no prior knowledge of this subject. Some topics in this book are unique and based on published information, both current and timely, which will be helpful to research scholars as well as specialists working in cloud computing-related issues. It is suitable as an introductory text for a semester-length course in cloud computing for undergraduate and postgraduate science
