Intelligent Systems Research in the Construction Industry

YesWith the increasing complexity of problems in the construction industry, researchers are investigating computationally rigorous intelligent systems with the aim of seeking intelligent solutions. The purpose of this paper is therefore to analyse the research published on ‘intelligent systems in the construction industry’ over the past two decades. This is achieved to observe and understand the historical trends and current patterns in the use of different types of intelligent systems and to exhibit potential directions of further research. Thus, to trace the applications of intelligent systems to research in the construction industry, a profiling approach is employed to analyse 514 publications extracted from the Scopus database. The prime value and uniqueness of this paper lies in analysing and compiling the existing published material by examining variables (such as yearly publications, geographic location of each publication, etc.). This has been achieved by synthesising existing publications using 14 keywords2 ‘Intelligent Systems’, ‘Artificial Intelligence’, ‘Expert Systems’, ‘Fuzzy Systems’, ‘Genetic Algorithms’, ‘Knowledge-Based Systems’, ‘Neural Networks’, ‘Context Aware Applications’, ‘Embedded Systems’, ‘Human–Machine Interface’, ‘Sensing and Multiple Sensor Fusion’, ‘Ubiquitous and Physical Computing’, ‘Case-based Reasoning’ and ‘Construction Industry’. The prime contributions of this research are identified by associating (a) yearly publication and geographic location, (b) yearly publication and the type of intelligent systems employed/discussed, (c) geographic location and the type of research methods employed, and (d) geographic location and the types of intelligent systems employed. These contributions provide a comparison between the two decades and offer insights into the trends in using different intelligent systems types in the construction industry. The analysis presented in this paper has identified intelligent systems studies that have contributed to the development and accumulation of intellectual wealth to the intelligent systems area in the construction industry. This research has implications for researchers, journal editors, practitioners, universities and research institutions. Moreover, it is likely to form the basis and motivation for profiling other database resources and specific types of intelligent systems journals in this area

A decade of Portuguese research in e-government: Evolution, current standing, and ways forward

In this paper, we present an investigation of the Portuguese research on e-government. Bibliometric techniques are used to explore all the documents published by researchers affiliated to Portuguese institutions from 2005 to 2014 and listed in the Scopus® database. Research production, impact, source types, language used, subject areas, topics, scopes, methods, authors, institutions, networks, and international cooperation are analysed and discussed. We conclude that so that Portuguese research on e-government can evolve, more researchers should be involved, international cooperation should be developed, and more attention should be given to the study of the reasons behind the very good results of the country in the provision of e-government services, as measured by the international rankings. By establishing the evolution and current standing of e-government research in Portugal and exploring the ways forward, our conclusions may prove useful to e-government researchers, research managers, and research policy makers. © Copyright 2016 Inderscience Enterprises Ltd

Integrating Augmented Interactive Geo visualizations and Open Government

Es gibt große Hoffnungen zivilgesellschaftliches Engagement im Rahmen von Open Government Initiativen neu zu gestalten. Das Ziel ist es, Bürgerbeteiligung mittels offener Interaktionen und Zugang zu Daten zu stärken und einen Schwerpunkt auf Transparenz, Partizipation und Kollaboration zu legen. Vor diesem Hintergrund formuliert und untersucht diese Arbeit einen Ansatz zur Förderung von bürgerschaftlichem Engagement mittels erweiterten und interaktiven Geo-visualisierungen (AIGs). AIGs nutzen Raum und Zeit als Integratoren, um Bürgern Kontextualisierung, Visualisierung und verschiedene Möglichkeiten zum Engagement zu bieten. Die Hauptforschungsfrage dieser Arbeit untersucht die Effekte von AIGs auf bürgerschaftliches Engagement, während vier Leitfragen Vorbedingungen und Herausforderungen untersuchen. Zusammenfassend werden ein Design Space für AIGs konzeptualisiert, potentielle Rollen der Zielgruppe beschrieben, Best Practices für die Publikation von räumlichen offenen Daten formuliert und es wurden drei AIG Prototypen für einzelne Bürgerbeteiligungsverfahren und Stufen entwickelt und evaluiert.High hopes are pinned to reshaping civic engagement in Open Government Initiatives that seek to open up governmental processes and data by using modern information and communication technologies. The aim is to facilitate citizen engagement through open interactions and access to data by emphasizing transparency, participation, and collaboration. This thesis formulates and evaluates an approach to facilitate citizen engagement with Augmented Interactive Geo-visualizations (AIGs). AIGs use space and time as integrators that allow citizens to contextualize, visualize and engage in different ways. The central research question of this thesis investigates the effects of AIGs on citizen engagement while four guiding questions look at pre-requisits and challenges. In summary, a design space for AIGs is conceptualized, potential roles of the target audience are described, best practices for publishing geospatial Open Data established, and three AIG prototypes have been developed and evaluated for specific instances and levels of citizen engagement

E-government systems success and user acceptance in developing countries: The role of perceived support quality

This thesis was submitted for the degree of Doctor of Philosophy and awarded by Brunel University.Electronic government (e-Government) projects create numerous benefits and opportunities for both governments and citizens worldwide. Accordingly, the increasing interest in e-Government raises the issue of how governments can increase citizen adoption and usage of their on-line services. The successful adoption of Information Communication Technologies (ICTs), the explosive increase in Internet usage and the rapid development of e-commerce in private sectors have placed pressure on public organisations to interact electronically with citizens. Conversely, the success of e-Government does not depend only on the supplier side, but also on the demand side and the willingness to adopt the on-line service. The concept of e-Government was developed and implemented initially in industrialised countries. Consequently, it should not be assumed that this concept is automatically appropriate for developing countries. Thus far, e-Government still faces major challenges as it continues to expand in developing countries. Moreover, when introducing e-Government to developing nations, it is anticipated that more effort will be necessary than in developed countries. The objective of various e-Government initiatives has moved in the past decade towards establishing services offering greater accessibility for citizens. As a result, it is necessary to examine all possible factors to explain citizens' adoption and usage of such systems. Hence, numerous models of e-Government adoption and intention to use and their extensions have been proposed and applied to empirical studies. Obviously, e-Government has occurred due to the technological revolution following the diffusion of the Internet and the success of information systems (IS) in organisations and e-Commerce. However, regardless of their success within the general IS context, the models are limited in terms of considering the diversity of users; they tend to assume that all end-users are homogeneous. The end-users of e-Government systems are more diverse than e-Commerce, with comparisons of wider layers of user groups (for example, elderly and less well-educated people) who are more likely to encounter problems while interacting with e-Government systems. IS literature confirmed that users’ technical capabilities and management support are influenced by their technical knowledge and expertise. Therefore, this research argues that perceived support quality is a new way of looking at citizens’ adoption and usage in the e-Government system’s field and a major factor of e-Government system’s acceptance, particularly in developing countries. This study is the first to examine the roles of perceived support quality and support satisfaction in the context of government-to-citizen (G2C), and it aims to advance knowledge within the field of e-Government by revealing the roles of perceived support quality and satisfaction towards behaviour intention and usage in developing countries. The proposed model builds upon Wixom and Todd’s (2005) theoretical model, which, in turn, was based on the integration of DeLone and McLean model (1992) into the technology acceptance model (TAM). The strength of the integrated model lies in its ability to guide both IT design and predict usage behaviours towards the system under investigation, and assume the overall theoretical model to maintain validity in G2C settings. Thirteen hypotheses were formulated to test the proposed research model. Behaviour intention to use e-Government services was proposed as the dependent variable, while the independent variables were information quality; information satisfaction; system quality; system satisfaction; social influence; performance expectancy; effort expectancy; perceived support quality and support satisfaction. A quantitative approach was deemed best suited to test the proposed model. Using a survey method (i.e. paper-based and an on-line survey), a total of 1252 responses was collected; however, only 628 were analysed. To test the proposed e-Government model, the state of Kuwait was chosen as the application area and the official website of Kuwait Government On-line Services (KGOS) was selected, since it offers a number of services on-line. Elements were citizens who have had prior experience with the KGOS website, and the survey was conducted from 5th August to 10th October 2010. Structural equation modelling (SEM) was selected as the statistical analysis technique with the Analysis of Moment Structures (AMOS) software. A total of 40 percent of the variance among the factors of support satisfaction, system satisfaction, information quality, effort expectancy and performance expectancy was explained by behavioural intention to use an e-Government system. All hypotheses were supported except for one. The findings confirm the significance to the support quality perceived by citizens, and also provide insights into whether user satisfaction literature and TAMs should be integrated to explain citizens’ intention to use e-Government systems. Thus, in terms of the theoretical implications, this study highlights the significance of recognising theoretical relationships when performing empirical research in e-Government settings. Consequently, to capture both the technical aspects and the services provided on-line, a new variable was introduced and renamed ‘perceived support quality’. Additionally, the model offers managers a new perspective for dealing with e-Government adoption by signifying the importance of support quality perceived by citizens. The proposed model provides government decision-makers in developing countries with an appropriate approach to determining which factors require attention in order to reap the highest benefits from e-Governments’ projects. This suggests paying less attention to the social influence (SI) factor and consider instead improving the quality of on-line support citizens demand