Jeremy Cohen

TL;DR: It is shown that miniature, low-cost electrochemical gas sensors can, when suitably configured and operated, be used for parts-per-billion level studies for gases relevant to urban air quality, and that measurement networks with higher resolution are required to quantify air quality at the scales which are present in the urban environment.

TL;DR: This work presents an integrated mobile environmental sensing and analysis system developed to support the management of transport and urban air quality and highlights avenues for future development and the potential for further applications involving the wider sensors community.

TL;DR: In this paper, the authors describe how the technologies developed in the MESSAGE project have been deployed in a series of real-world experiments to examine the relationship between transport and air pollution.

TL;DR: This paper describes how the MESSAGE e-Science architecture was developed facilitating the entire process from the capture of data through to its use, and the difficult process of taking data from sensor nodes, pre-processing it where necessary, and then storing it in an infrastructure capable of making it available for use in a wide range of different applications and processes.

TL;DR: The e-Science infrastructure that was developed within MESSAGE to support the capture, processing, archiving, analysis and visualisation of pollution data is described.