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"Web Services, Service-Oriented Architectures, and Cloud Computing is a jargon-free, highly illustrated explanation of how to leverage the rapidly multiplying services available on the Internet. The future of business will depend on software agents, mobile devices, public and private clouds, big data, and other highly connected technology. IT professionals will need to evaluate and combine online services into service-oriented architectures (SOA), often depending on Web services and cloud computing. This can mean a fundamental shift away from custom software and towards a more nimble use of semantic vocabularies, middle-tier systems, adapters and other standardizing aspects.This book is a guide for the savvy manager who wants to capitalize on this technological revolution. It begins with a high-level example of how an average person might interact with a service-oriented architecture, and progresses to more detail, discussing technical forces driving adoption and how to manage technology, culture and personnel issues that can arise during adoption. An extensive reference section provides quick access to commonly used terms and concepts."

"Private cloud computing enables you to consolidate diverse enterprise systems into one that is cloud-based and can be accessed by end-users seamlessly, regardless of their location or changes in overall demand. Expert authors Steve Smoot and Nam K. Tan distill their years of networking experience to describe how to build enterprise networks to create a private cloud. With their techniques you?ll create cost-saving designs and increase the flexibility of your enterprise, while maintaining the security and control of an internal network. Private Cloud Computing offers a complete cloud architecture for enterprise networking by synthesizing WAN optimization, next-generation data centers, and virtualization in a network-friendly way, tying them together into a complete solution that can be progressively migrated to as time and resources permit."--pub. desc."

"The cloud computing and services science book comprises a collection of the best papers presented at the International Conference on Cloud Computing and Services Science (CLOSER), which was held in The Netherlands in May 2011. In netting papers from the conference researchers and experts from all over the world explore a wide-ranging variety of the emerging Cloud Computing platforms, models, applications and enabling technologies. Further, in several papers the authors exemplify essential links to Services Science as service development abstraction, service innovation, and service engineering, acknowledging the service-orientation in most current IT-driven structures in the Cloud.The Cloud Computing and Services Science book is organized around important dimensions of technology trends in the domain of cloud computing in relation to a broad scientific understanding of modern services emerging from services science. The papers of this book are inspired by scholarly and practical work on the latest advances related to cloud infrastructure, operations, security, services, and management through the global network."

"The cloud can be a powerful tool for conducting and managing research. The Librarian’s Guide to Academic Research in the Cloud is a practical guide to using cloud services from a librarian’s point of view. As well as discussing how to use various cloud-based services, the title considers the various privacy and data portability issues associated with web-based services. This book helps readers make the most of cloud computing, including how to fold mobile devices into the cloud-based research management equation. The book is divided into several chapters, each considering a key aspect of academic research in the cloud, including, defining the cloud, capturing information, capturing and managing scholarly information, storing files, staying organized, communicating; and sharing. The book ends by considering the future of the cloud, examining what readers can expect from cloud services in the next few years, and how research might be changed as a result."

"This book constitutes the refereed proceedings of the First European Conference on Service-Oriented and Cloud Computing, ESOCC, held in Bertinoro, Italy, in September 2012. The 12 full papers, 3 short papers and 3 poster papers were carefully reviewed and selected from 57 submissions. The volume also contains 7 papers from the industrial track. The papers cover the following topics, cloud computing, service quality and analysis, service composition and evolution, composition, security, modeling, and adaption."

"Internet of Things merupakan teknologi perangkat terkoneksi yang memiliki angka pertumbuhan terpesat di dunia. Pada tahun 2020, perangkat IoT yang telah terkoneksi mencapai 31 miliar perangkat dan masih terus meningkat, sehingga teknologi ini akan mengubah cara hidup kita setelah hadirnya internet sebagai pionir. Hal tersebut mengakibatkan semakin kompleksnya diversifikasi topik IoT baru, mekanisme protokol, dan karakteristik perangkat keras yang terhubung pada infrastruktur server IoT. Indonesia akan segera mengimplementasikan 5G sebagai teknologi jaringan nirkabel generasi ke-5, sehingga hal ini mendorong adanya adaptasi yang dilakukan terhadap infrastruktur IoT pada cloud computing. Integrasi ini akan membuka sebuah ekosistem inovasi produk smart devices baru, baik itu produk skala kecil yang dilakukan oleh perorangan dan komunitas, maupun skala besar oleh sektor usaha, industri dan pemerintahan. Maka, dibutuhkan sebuah aplikasi IoT sebagai middleware, penghimpun data, router addressing ID unik, pemvisualisasi data, dan penganalisis ribuan bahkan jutaan perangkat IoT yang terkoneksi. Penyebaran arsitektur monolithic sudah perlahan ditinggalkan, melainkan mengubah pendekatan operasinya dengan menggunakan arsitektur microservice dengan containerization yang menawarkan fleksibilitas, pengembangan yang cepat, performa yang kuat dan loosely-coupled. Supaya pendekatan bersifat kontinyu, maka Continuous Integration dan Continuous Deployment Pipeline atau CI/CD Pipeline digunakan sebagai Software Development Life Cycle. Secara garis besar, penelitian ini membahas usulan arsitektur server IoT dengan Kubernetes dan aplikasinya, proses deployment secara CI/CD, analisis performa utilisasi dan autoscaling pada kubernetes cluster saat load tests sedang dijalankan, analisis berbasis model terhadap hasil metrik yang didapatkan guna meningkatkan performa deployment dari perspektif aplikasi IoT dengan akses request skala besar.

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The Internet of Things is a connected device technology that has a rapid growth rate in the world. In 2020, there are 31 billion connected IoT devices and still increasing, thus this technology will change the way we live after the presence of the internet as a pioneer. We are getting more diversification of new IoT topics, protocol mechanisms, and characteristics of the hardware connected to the IoT server infrastructure becoming increasingly complex. Indonesia will soon implement the 5G as the fifth generation of wireless network technology, thus this will encourage adaptations to be made to the Indonesian IoT infrastructure in cloud computing. This integration will open an innovative ecosystem for new smart device products, both small-scale products carried out by individuals and communities, as well as large-scale by the business sector, industries and government as well. Therefore, an IoT application is needed as a middleware, data collector, unique-ID addressing router, data visualizer, and analyzer of thousands or even millions of connected IoT devices. Deployment of monolithic architectures is slowly being abandoned, instead changing its operating approach by using a microservice architecture with containerization that offers flexibility, fast development, robust performance, and loosely-coupled. To maximize the approach to be continuous, the Continuous Integration and Continuous Deployment Pipeline or CI/CD Pipeline are used as the Software Development Life Cycle. Broadly speaking, this research discusses the architectural design of IoT over Kubernetes and its applications, CI/CD deployment processes, performance analysis of the autoscaling during incoming traffic from running load tests, model-based analysis in accordance with metric results to enhance the deployment performance of IoT applications with large-scale request accesses perspective."

"Industri perbankan di Indonesia saat ini belum mengadopsi layanan cloud computing akibat dari peraturan Bank Indonesia dan Pemerintah. Penelitian ini bertujuan menjelaskan faktor-faktor yang mempengaruhi perusahaan perbankan untuk mengadopsi layanan cloud computing dilihat dari konteks technology, environtment, dan organization. Analisis ini menggunakan kerangka TOE (Technology-Organization-Environtment), teori DOI (Diffusion of Innovation), dan metoda PLS (Partial Least Square). Hasil penelitian ini menunjukkan bahwa faktor technology tidak berpengaruh signifikan bagi perusahaan perbankan untuk mengadopsi cloud computing, namun faktor organization dan environtment berpengaruh signifikan bagi perusahaan perbankan dalam mengadopsi cloud computing, dimana model yang dihasilkan dalam penelitian ini cukup kuat (moderate) sebesar 36.1 %.

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The banking industry in Indonesia has yet to adopt cloud computing services as a result of the regulation of Bank Indonesia and the Government. This study aims to explain the factors that affect the banking companies to adopt cloud computing services viewed from the context of technology, environtment, and organization. This analysis uses a framework TOE (Technology-Organization-Environment), the theory DOI (Diffusion of Innovation), and the method of PLS (Partial Least Square).

These results indicate that the technology factors had no significant effect for banking companies to adopt cloud computing, but the organization and environtment influential factors significant for the banking companies to adopt cloud computing, where the model is produced in this study is quite strong (moderate) of 36.1%."