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The purpose of this study was to investigate the views of librarians in Iran academic libraries about the extent of their familiarity, application and knowledge of the cloud computing in libraries.

This was a survey research. The statistical population of research consisted of librarians working in five universities in northeastern Iran. The sample (83 librarian) selected by using random sampling method.

The findings showed that in 2019 librarians familiar with cloud computing was low, but their use of cloud computing services was moderate. Also the findings showed that the item of providing enough computers in the library had the lowest effect on promoting the use of cloud computing and the items. Cloud computing training for librarians and users and broadband Internet were best strategies offered by librarians to promote the use of cloud computing.

Cloud computing has received less attention from librarians and researchers. However, based on the results of the present study, the broader use of cloud computing in libraries requires specialized and trained staff. Librarians need to broaden their knowledge in this technology.

The paper aims to examine the constructs laid down by the information technology (IT) adoption theories to the cloud computing phenomena in conjunction with academic libraries of India to determine the factors responsible for the adoption of cloud computing.

Keeping the objectives into consideration, descriptive survey and constructive research method were used in the study. Library professionals engaged in the selected 28 central universities of India were chosen to participate in this study. To find the core drivers responsible for the adoption of cloud computing in academic libraries, constructs were taken from ten IT adoption theories.

The findings validate the fact that perceived ease of use, usefulness and ubiquitous availability of the enabling technology are strong drivers of the adoption of cloud computing technology in the libraries. Also, attitude is significantly correlated with the behavioral intention to adopt cloud computing services. High level of correlation was obtained between the cloud computing-perceived attributes and the librarian’s intention to use cloud computing technology. However, security risk is the biggest issue that has been affecting the behavioral intentions.

The study is a self-conscious attempt to fill the void and determine factors for the adoption of cloud computing in libraries. Further, it attempts to find out the preparedness of Indian academic libraries in adopting cloud computing.

This paper aims to draw a roadmap for the presence of Iranian academic libraries in the cloud infrastructure.

This research attends an applied-development one that is a part of developmental research due to its conceptual expansion, foresight and roadmap for the presence of cloud-based academic libraries and finally, becoming cloud libraries. Because of providing a roadmap template, the presence of academic digital libraries in the cloud and becoming a cloud library is applied research. Because of providing a roadmap template, academic digital libraries’ presence in the cloud and becoming a cloud library is one of the applied research areas. The statistical population of this research includes all Iranian digital academic libraries. There were 64 digital libraries out of which 59 libraries participated in completing the questionnaire.

Preliminary results from used Delphi method’s first round which was considered by 59 experts were identified typically and descriptive after appropriate component classification and editing. After identifying these factors, each of the roadmap levels in the third stage and the degree of relevance approved by the experts were reviewed and the most critical and relevant factors were identified as key components of the roadmap for the presence of cloud-based academic libraries and becoming cloud libraries. At this stage, they were selected as 24 factors, including seven factors for the first layer, eight factors for the second layer and nine factors for the third layer.

By introducing a roadmap for the presence of academic digital libraries in the cloud context, they will promote more and better interaction between academic libraries to offer services to users anytime and anywhere.

This paper aims to identify the factors that influence the acceptance and purposeful use of cloud computing technologies in Indian medical libraries.

To meet the stated objectives, a three-round Delphi study was carried out; a panel of 32 participants, with expertise and experience of cloud computing in the context of Indian medical libraries, was constituted.

During the study, the participants identified about 60 different factors, and a consensus was reached on 42 of these, which were considered to have a direct impact on the levels of acceptance and purposeful use of cloud computing technologies in Indian medical libraries. The study points out significant factors that should be addressed to accelerate the acceptance and purposeful use of cloud computing technologies in Indian medical libraries.

The study is the first attempt to study the factors responsible for the adoption of cloud computing in Indian medical libraries through the Delphi technique.

The present paper aims to explore the applications of new technologies in library scenario.

Survey method was used.

With the influx of information technology, libraries have engaged major deal of works on computers, which has nothing to do with the mission and objectives of the libraries. In such a situation, cloud computing has a lot on offer.

The present paper explores the core competencies of cloud-based computing and discusses about the cloud models-based futuristic libraries.

The purpose of this paper is to explore the evolving field of cloud computing and its usefulness for library technology departments. It seeks to consider what types of projects are good candidates for the cloud and which are not.

The authors spent a year trying out different projects using Amazon's Web Service. They discuss what went right and what went wrong. They brought up their own machine image and tested out web sites and applications in the cloud. They discuss the different types of cloud services, evaluating and choosing a provider and the types of projects which best fit into this architecture. Advantages and considerations are highlighted as well as an alternative to the public cloud.

There are some projects that are better suited to cloud computing than others. Flexibility and cost savings are the best reason for moving projects to the cloud. There are also good and valid reasons not to move some projects off into the cloud.

This is an on‐the‐ground look at running projects in the cloud that used to be done on back‐end servers. The bulk of the paper looks at infrastructure as a service. All of the work that has been done is in production and has been tested for over a year.

In recent years it has become common to hear about the virtues and benefits of the so‐called “cloud” for the use of corporate software. Although the use of the cloud in the business environment has already transformed the concept of data storage and resource management, its use in the field of libraries and information centers is somewhat less widespread. This article aims to outline its benefits and drawbacks.

The article describes the features of cloud computing, how it can be used in a professional environment, and its benefits and drawbacks,

Cloud computing is a highly scalable platform promising quick access to hardware and software over the internet, in addition to easy management and access by non‐expert users. It relies on technologies such as virtualization, programming techniques such as multi‐tenancy and/or scalability, load balancing and optimal performance, to ensure that resources are offered quickly and easily.

In the case of public clouds, the techniques generate economies of scale arising from the efficient use of hardware and human resources. These economies of scale, in turn, have an effect on the price the customer pays, which is of great interest to any institution in current times. There are several commercial suppliers already offering various adaptations of their products which make the use of the cloud possible to a lesser or greater extent. However, many of these are not really systems designed by and for cloud computing but rather adjustments of their commercial developments that enable them to continue selling their traditional products.

The article focuses on cloud computing and its use in a professional library environment.

The purpose of this paper is to examine the following question: What is cloud computing?

This paper surveys the current literature.

Cloud computing is described in many ways.

This paper is one of the first pieces to examine the nature of cloud computing.

The purpose of this study was to map the quantity (frequency), quality (impact) and structural indicators (correlations) of research produced on cloud computing in 48 countries and 3 territories in the Asia continent.

To achieve the objectives of the study and scientifically map the indicators, data were extracted from the Scopus database. The extracted bibliographic data was first cleaned properly using Endnote and then analyzed using Biblioshiny and VosViewer application software. In the software, calculations include citations count; h, g and m indexes; Bradford's and Lotka's laws; and other scientific mappings.

Results of the study indicate that China remained the most productive, impactful and collaborative country in Asia. All the top 20 impactful authors were also from China. The other most researched areas associated with cloud computing were revealed to be mobile cloud computing and data security in clouds. The most prominent journal currently publishing research studies on cloud computing was “Advances in Intelligent Systems and Computing.”

The study is the first of its kind which identified the quantity (frequencies), quality (impact) and structural indicators (correlations) of Asian (48 countries and 3 territories) research productivity on cloud computing. The results are of great importance for researchers and countries interested in further exploring, publishing and increasing cross country collaborations related to the phenomenon of cloud computing.

The purpose of this paper is to investigate the significant advantages of cloud technology in digital cultural heritage construction by analyzing public culture cloud platforms in China. The authors hope to provide references for other countries and regions on the applications of cloud computing techniques in digital cultural construction.

The primary research methods involved interview and case analysis. A comprehensive understanding of cloud technology and China’s culture cloud platforms were gained through research into extensive amounts of literature. Analyzing 21 culture cloud platforms offers a general understanding of culture clouds, while the Hunan Public Culture Cloud acts as a representative sample that gives detailed insight.

This paper explores the considerable advantages of cloud computing in digital cultural construction from four aspects: integration of decentralized heterogeneous resources, coordination and cooperation, accurately matching user needs and promotion of balanced service development.

Existing studies fall short of comprehensive investigations of culture cloud platforms and in-depth analysis of the advantages of cloud technology applications. This paper uses the construction of public culture cloud platforms in China as the research object. Further, this paper compares the construction status of different culture cloud platforms.