Information is Power: Public Disclosure of Information in the Planning Decision-Making Process

The legitimacy and effectiveness of community engagement in planning lies in the extent to which the public can access the information required for informed decision-making. The control of ‘commercially sensitive material’ by local authorities acting as gatekeepers is a therefore a challenging area of information management within the planning application process. Through the analysis of key cases in England, this paper identifies that regulations do provide for ‘commercially sensitive material’ to be released to communities in many cases, but there is a need to achieve better transparency for communities about what information should be available about a development proposal.     

Robust estimators based on generalization of trimmed mean

In this article, we propose new estimators of location. These estimators select a robust set around the geometric median, enlarge it, and compute the (iterative) weighted mean from it. By doing so, we obtain a robust estimator in the sense of the breakdown point, which uses more observations than standard estimators. We apply our approach on the concepts of boxplot and bagplot. We work in a general normed vector space and allow multi-valued estimators.     

The Dynamic Deprivation Index: measuring relative socio-economic deprivation in NZ on a monthly basis

The standard measures of relative socio-economic deprivation within New Zealand are the NZDEP studies and the NZ IMD. Although both sets of studies are extremely rigorous, high quality research outputs they are only able to provide a snapshot of the national distribution of relative socio-economic deprivation at fixed points in time. The inability to express deprivation levels as an extended and current time series means that not only are policy analysts and researchers working with outdated information, but also that it is often unfeasible to associate changes in deprivation levels to specific events or policy implementations. The Dynamic Deprivation Index (DDI) assigns a deprivation score and deprivation index to each area unit in New Zealand on a monthly basis. In this paper we look to describe the methodology behind the construction of the DDI and to validate the results therein. We argue that if public bodies were to make the data they hold more easily accessible, then there is no reason why New Zealand should not be able to benefit from a measure of socio-economic deprivation that combines the sophistication of the NZDEP studies or IMD with the contemporaneousness of the DDI.     

Gendered Futures? Women,the ICT Workplace and Stories of the Future

This article investigates stories of the future in relation to women in the information and communications technology (ICT) sector through the development of a theoretical and methodological stance towards the future. Given concerns about the future of the ICT sector in terms of skills shortages and gender imbalances, an understanding of how female ICT professionals view this future is vital. Using data gathered from female ICT professionals in the UK, we look specifically at gendered stories about the future in relation to hybrid/bridger ICT workers, the practices of offshoring/global locating ICT work and the under‐representation of women in ICT. Such stories of the future are part of wider discourses on gender relations in late modern society, and so their examination becomes a conduit for problematizing contemporary discourse about gender, work, time and technology.     

Distributed Decisions in Networks: Laboratory Study of Routing Splittable Flow

We study network games in which users choose routes in computerized networks susceptible to congestion. In the “unsplittable” condition, route choices are completely unregulated, players are symmetric, each player controls a single unit of flow and chooses a single origin–destination (O–D) path. In the “splittable” condition, which is the main focus of this study, route choices are partly regulated, players are asymmetric, each player controls multiple units of flow and chooses multiple O–D paths to distribute her fleet. In each condition, users choose routes in two types of network: a basic network with three parallel routes and an augmented network with five routes sharing joint links. We construct and subsequently test equilibrium solutions for each combination of condition and network type, and then propose a Markov revision protocol to account for the dynamics of play. In both conditions, route choice behavior approaches equilibrium and the Braess Paradox is clearly manifested.