PIR sensor array for hand motion recognition
Presentation / Conference
Wojtczuk, P., Armitage, A., Binnie, D., & Chamberlain, T. (2011, August)
PIR sensor array for hand motion recognition. Paper presented at SensorDevices 2011, Nice, France
Abstract—In this paper we present our work towards a hand gesture recognition system realised with a passive thermal infrared sensor array. In contrast with the majority of re...
An embedded real-time pedestrian detection system using an infrared camera.
Conference Proceeding
Walczyk, R., Armitage, A., & Binnie, D. (2010)
An embedded real-time pedestrian detection system using an infrared camera. In IET Irish Signals and Systems Conference (ISSC 2009)https://doi.org/10.1049/cp.2009.1716
An FPGA-based implementation of a pedestrian detection system using thermal infrared imaging is presented. The main feature of the processing platform is its ability to detec...
Comparative study on connected component labeling algorithms for embedded video processing systems.
Conference Proceeding
Walczyk, R., Armitage, A., & Binnie, D. (2010)
Comparative study on connected component labeling algorithms for embedded video processing systems. In H. Deligiannidis (Ed.), Proceedings of the IPCV'10
The objective of this paper is to carry out a detailed analysis of the most popular connected components labeling (CCL) algorithms for binary images. This study investigates t...
A comparison of video and infrared based tracking of pedestrian movements.
Conference Proceeding
Kerridge, J., Kukla, R., Willis, A., Armitage, A., Binnie, D., & Lei, L. (2005)
A comparison of video and infrared based tracking of pedestrian movements. In S. P. Hoogendoom, S. Luding, P. H. L. Bovy, M. Schreckenberg, & D. E. Wolf (Eds.), Traffic and granular flow 03, 383-392. https://doi.org/10.1007/3-540-28091-X_37
We provide a comparison of the relative merits of video and infrared based methods for collecting pedestrian movements from the real world and also from experimental environme...
Tracking pedestrians using visible and infrared systems
Conference Proceeding
Armitage, A., Binnie, D., Chamberlain, T., Nilsson, M., & Rutter, M. (2005)
Tracking pedestrians using visible and infrared systems. In Universities Transport Study Group conference, 1-9
In this paper, we will describe a number of research projects at Napier University on pedestrian tracking. This work started with systems based on ordinary cameras working at ...
Monitoring the movement of pedestrians using low-cost infrared detectors: initial findings.
Conference Proceeding
Kerridge, J., Armitage, A., Binnie, D., Lei, L., & Sumpter, N. (2003)
Monitoring the movement of pedestrians using low-cost infrared detectors: initial findings
Monitoring the movement of pedestrians in everyday environments is difficult, especially if accurate data are required. Typically, data pertaining to the origins and destinati...
Pedestrian detection using low-resolution thermal imager versus visual imager
Presentation / Conference
Nilsson, M., Binnie, D., & Armitage, A. (2004, May)
Pedestrian detection using low-resolution thermal imager versus visual imager. Paper presented at PREP 2004, Baltimore, USA
No abstract available.
Measuring pedestrian trajectories using a pyroelectric differential infrared detector.
Book
Armitage, A., Binnie, D., Kerridge, J., & Lei, L. (2003)
Measuring pedestrian trajectories using a pyroelectric differential infrared detector. In S. J. Proser, & E. Lewis (Eds.), Sensors and their Applications XII, 143-149. Institute of Physics Publishing
Measuring pedestrian trajectories with low cost infrared detectors: Preliminary results.
Conference Proceeding
Armitage, A., Binnie, D., Kerridge, J. & Lei, L. (2002)
Measuring pedestrian trajectories with low cost infrared detectors: Preliminary results. In Galea, E. R. (Ed.). Pedestrian and Evacuation Dynamics: 2nd International Conference held at the Old Naval College, University of Greenwich, London, 20-22 August 2003, 101-110. ISBN 9781904521082
The accurate measurement of pedestrian trajectories has been difficult to achieve in environments other than carefully controlled laboratories. Traditional techniques include ...