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Cloud computing flexibility has advantages for IT professionals as well as non‐technical users. This paper aims to look at cloud computing from the library instruction perspective. The authors aim to discuss types of cloud computing applications for organizing information and sharing content, creating tutorials, collaboration, scheduling and storage. Additionally, the paper seeks to discuss types of applications used at ISU for library instruction and implications for teaching.

The authors conducted a literature review followed by practical applications of library instruction that included cloud‐computing technologies.

The paper encourages library professionals to take advantage of cloud computing applications to provide better library instruction.

This paper offers insights on how cloud computing can be used for library instruction.

This chapter aims to present and critically question the work undertaken with a group of children as experts in a transdisciplinary research project, ‘Exploring the way to and from school with children: An interdisciplinary approach of children’s experiences of the third place’. The project is funded by the Swiss National Science Foundation.¹ A partnership was established between the research team and a group of 10 children (11–12 years old). The children were actively involved as co-researchers to provide the research team with expertise regarding their experiences of the school journey. Their roles as co-researchers included refining the research questions and methodological tools, analysing data, and drafting final recommendations. In this chapter, the authors outline the different stages of this transdisciplinary partnership with children as co-researchers, whilst addressing some key issues encountered during the process, including: What is expertise? When, and under what conditions, can children genuinely be co-researchers? What ethical aspects should be considered? The authors commence with an outline of the project’s theoretical framework before detailing how the participatory process enabled children to actively take part and give their views on the research. The authors address a specific focus on the ethical challenges encountered as part of the complexities of conducting research with children. They conclude with some reflections on the benefits of involving children as co-researchers and, in doing so, offer a critique of the notion of ‘expertise’ in research with children.

This article aims to analyze strategically optimal maintenance actions for a multi‐component system whose deterioration is observed through a monitoring system set in place to support condition‐based maintenance.

Deterioration of a multi‐component system is modeled by a continuous‐time jump diffusion model which incorporates interaction between the components of the system. A simulation‐based optimization heuristic is developed to obtain strategically optimum maintenance actions. The methodology is applied to an illustrative example.

The article finds that the framework facilitates analyzing at a strategic level the role of degree of response to the deterioration of components for the overall functionality of a multi‐component system. The optimal solution for the illustrative example recommends a provider to perform a variety of opportunistic maintenance.

In this article, a framework is developed to determine strategically optimal maintenance actions for a multi‐component system whose deterioration is observed in real‐time through embedded monitoring units set in place to support condition‐based maintenance (CBM). The framework facilitates analyzing at a strategic level the role of degree of response to the deterioration of components for the overall functionality of a multi‐component system. A strategically optimal maintenance policy can then be enhanced to develop a detailed tactical maintenance strategy. This approach is expected to benefit the management of long‐term service agreements, where a service contract is sold bundled with a product, which makes a provider responsible for maintaining the product over a specified contract period.

Besides a tactical approach for performing maintenance, in order to stay profitable in the long‐run, a decision maker needs to assess the strategic performance of maintenance strategies adopted. This framework is a first attempt to facilitate this analysis at a strategic level for a monitoring‐enabled multi‐component system.

Dr Nihal Sinnadurai has taken up his new post as Professor of Electronics Technology at Middlesex University and head of its Microelectronics Centre.

In beginning its work at the end of the 1950s, the Aslib Research and Development Department inevitably faced the task of identifying the most significant problems for investigation, at the same time having the need to establish appropriate experimental techniques. Most of the projects undertaken since that time have dealt with current problems, and to an extent the advent of new technologies and techniques to the information world (mechanization in the 'sixties, management studies in the early 'seventies, on‐line working and publication problems in more recent years) is reflected in the work reported below. What follows is a complete bibliography of publications by members of the Department from its formation up to the end of 1977.

Compiled by K.G.B. Bakewell covering the following journals published by MCB University Press: Facilities Volumes 8‐18; Journal of Property Investment & Finance Volumes 8‐18; Property Management Volumes 8‐18; Structural Survey Volumes 8‐18.

Index by subjects, compiled by K.G.B. Bakewell covering the following journals: Facilities Volumes 8‐18; Journal of Property Investment & Finance Volumes 8‐18; Property Management Volumes 8‐18; Structural Survey Volumes 8‐18.