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The global aim of this paper is to provide managerial and theoretical contributions in order to guide retailers in their decision to invest in interactive storefront technology and to fill in the gaps in the literature in regards to the influence and the role of exterior atmospheric variables in brick-and-mortar retail experience. The purpose of this paper is to investigate the role of interactive technology in window displays and its influence on consumers’ affective responses, expected shopping experience and behavioural intentions at the point of sale.

The design of the study is founded in the presence (=1) vs absence (=0) of interactive technology in the window display. A partial least squares–structural equation modelling (PLS–SEM) approach is used to analyse the structural model and the correlations between the variables.

This paper finds that the technology has a significant influence on arousal, and that expected shopping experience has a significant influence on patronage intentions.

This study was conducted on French individuals in a tourist bureau setting. The study should be replicated in other retail settings in order to improve the generalisation of the findings.

This study is the first to experimentally test the influence of an interactive storefront display in retailing. This paper also contributes to the retailing literature on exterior atmospheric variables.

The purpose of this paper is to investigate the potential of digital displays to enhance consumers’ shopping experience and sustainable consumption by more specifically informing consumers on the origin and sustainability of products.

An experimental field study was conducted in the Supermarket of the Future at the World Expo where sustainability information was displayed on interactive screens. There were three experimental groups: supermarket visitors who were put in a sustainability mind-set, supermarket visitors without a sustainability mind-set activation and non-visitors.

Store visitors extensively used the interactive displays, they intent to behave more sustainable in the future, and act more sustainable outside the food domain. Sustainability information through digital displays thus triggers consumers to think more about environmental concerns. Consumers who were activated to process sustainability information before entering the supermarket, show increased interest in the innovative shopping concept. Strong evidence that the increased interest translates into more sustainable consumer choices in the supermarket itself is lacking.

The authors obtain insight in consumer use of sustainability information presented on interactive displays in a retail environment and how this in turn affects behaviour. The study reveals that consumers can successfully be motivated to become more sustainable through interactive displays.

Within the framework of a research project into alternative ways of representing documentation languages and into their flexibility, an attempt is made to draw up a list of performance criteria that an ‘ideal’ thesaurus graphic display should respect. However, a study of the main bibliographies listing thesauri, shows that less than 6 per cent of them contain graphic displays, even though a concurrent literature survey reveals that such displays offer many potential advantages. Up to now, use of displays was probably limited by technology and by the rarity of studies into the cognitive processes of the users of automated systems. Current research in several disciplines (computer graphics, ergonomic psychology and spatial representation) should contribute to the emergence of new types of documentation retrieval tools, well adapted to a broader and more diversified clientele.

To describe the development of and experience with a system that tracks the position of knocks and taps atop a large sheet of glass for use as an inexpensive retrofit that can make large windows into interactive interfaces.

The structural‐acoustic wavefront coming from the impact is simultaneously recorded by four contact piezoelectric pickups mounted near the sheet's corners. A digital signal processor extracts relevant characteristics from these signals, such as amplitudes, frequency components, and differential timings, which are used to estimate the location of the hit and derive other parameters, including a degree of confidence in the position accuracy, the strike intensity and the nature of each hit (e.g. knuckle knock, metal tap, or fist bang – our system responds to any kind of impact). A set of heuristically‐guided rules are employed to compare the waveforms recorded by different sensors and determine the differential timing.

Across sensitive areas ranging up to 2×2 m, we have obtained position resolutions of σ=2.5 cm for 1/4 in. tempered glass and σ=3‐4 cm for 1 cm thick shatterproof glass. Our system delivers 65 ms latency, hence is essentially real time. The system has been installed in several public settings, and has proven to be very robust.

Suggestions are given for doing everything in software and not using the DSP. Analytical compensation of the dispersion would probably yield better precision but require more computation time.

As this system requires only simple hardware, it needs no special adaptation of the glass pane, and allows all tracking transducers to be mounted on the inner surface, hence it is quite easy and inexpensive to deploy as a retrofit to existing windows. This opens many applications, such as an interactive storefront, with content controlled by knocks on the display window, an interactive museum display case, or a vending machine where one can select by tapping directly above the desired item.

As large displays become less costly and more common, systems like these can make them interactive. This paper details our approach.

The purpose of this research is to study how current research reports reflect on using public displays in the smart city. In particular, it looks at the state-of-the-art of this domain from two angles. On the one hand, it investigates the participation of citizens in the development of public displays. On the other hand, it aims at understanding how public displays may foster citizen participation in addressing urban issues. Its goal is to provide a literature review of this field, and a research agenda.

A systematic literature review (SLR) was conducted following a thoroughly detailed protocol. It surveys 34 recent papers through multiple aspects, including interaction modality, level of participation, socio-demographics of participating citizens, topic of participation, evaluation of the display and participation of end-users in the early development stages of the display. Then, a research agenda informed by the results of the SLR is discussed in light of related literature.

The SLR showed that further research is needed to improve the involvement of citizens in the early stages of the development of public displays, broaden the spectrum of citizen participation achieved through public displays, integrate public displays with other means of participation and handle the changing urban context to improve the participation experience.

Previous literature reviews have been conducted in the field of public displays, including one specifically related to citizen participation. However, they have emphasized the technological aspects of public displays and omitted other essential aspects. This article aims at addressing this gap by conducting a literature review, including also non-technological perspectives such as socio-demographics and participation in development, complementing other works.

The Web 3D virtual display technology for personalized clothing based on Unity3D is studied in this paper. The framework of the technology is described. The development steps including personalized clothing design and modeling, interaction and virtual display technology based on Unity3D are given out. The purpose of this paper is to provide a feasible technical route and support for the virtual display for the customized products.

The paper opted for an exploratory study using the open-ended approach of grounded theory, including the Web 3D virtual display technology for personalized clothing based on Unity3D.

A feasible technical route for the virtual display of the customized products is provides in this paper.

This paper fulfills a software and has practical use.

The purpose of this paper is to investigate the usability and user perceptions of the display technology in the library to evaluate the utility of the Liquid Galaxy (LG) technology and how it was deployed in a library setting.

This paper presents the results of a mixed method (survey and interview) qualitative study of users of the LG Google Earth/Google Street View immersive display in the Research Hub of Davis Library of the University of North Carolina Chapel Hill conducted in April 2015. In total, 25 users of the LG responded to survey or interview questions about their user experience and their emotional response to the LG.

Users found the LG easy to use and they had many reasons for using the LG including: research, education, entertainment, trip planning and nostalgic virtual travel.

There are few studies on users’ experience of innovative non-way finding display technology in library settings and this study then adds to the literature on this subject. These results may assist organizations evaluating incorporating an immersive display such as the LG into their offerings.

Virtual reality (VR) has recently become established as a suite of technologies capable of serving many companies′ future needs in design practice, training and organizational communication. Two years after the launch of a major British collaborative project involving 17 blue‐chip companies, VR is set to become adopted by many as their “information technology of choice” for the next century – some even aiming to establish in‐house facilities before the end of 1996. Proposes that, properly implemented, VR is capable of giving personnel at all company levels, who have a wide variety of educational backgrounds or skills, intuitive access to complex, computer‐mediated processes. Discusses some of the practical solutions to a commercially‐driven selection of demonstrator projects, while attempting to dispel some of the myths associated with VR, such as the necessity to don head‐mounted displays and instrumented gloves.

Describes how the huge problems of managing a large telecommunications network have been addressed in the development of a proprietary system called NETWORKS. Discusses the user′s mental model. Describes a network object model. Presents examples of how object‐oriented graphics can be applied to network management tasks.

COPAC is the new OPAC providing a unified interface to the consolidated database of the Consortium of University Research Libraries (CURL). This paper provides a brief overview of the background to CURL and the COPAC project, describing the main content of the COPAC database. Having multiple contributors to the database inevitably results in some record duplication. Deduplication and record consolidation are being carried out in the production of the COPAC database and the general procedures involved are described. COPAC is accessible via a Text interface and a Web interface. Each interface is discussed using example screens to illustrate the search process. Now that the initial COPAC service is in operation, further developments are taking place across several fronts and these are described briefly.