Items where Author is "Rahemtulla, Z"

SHAHIDI, A.M., MARASINGHE, K., EBRAHIMI, P., WOOD, J., RAHEMTULLA, Z., JOBLING, P., OLIVEIRA, C., DIAS, T. and HUGHES-RILEY, T., 2024. Quantification of fundamental textile properties of electronic textiles fabricated using different techniques. Textiles, 4 (2), pp. 218-236. ISSN 2673-7248

HUGHES-RILEY, T., SHAHIDI, A.M., MARASINGHE, K., RAHEMTULLA, Z., EHELAGASTHENNA, M., EBRAHIMI, P., ARM, R., OLIVEIRA, C., HOLMQUIST, L.E. and DIAS, T., 2024. Wearable electronic textiles for healthcare, wellbeing, and protective applications. In: CHI 24: extended abstracts of the 2024 CHI Conference on Human Factors in Computing Systems. New York: ACM. ISBN 9798400703317

RAHEMTULLA, Z., 2023. Designing e-textiles for fall and near-fall detection using a human centred design approach. [Dataset]

RAHEMTULLA, Z., TURNER, A., OLIVEIRA, C., KANER, J., DIAS, T. and HUGHES-RILEY, T., 2023. The design and engineering of a fall and near-fall detection electronic textile. Materials, 16 (5): 1920. ISSN 1996-1944

RAHEMTULLA, Z., 2023. Electronic textile garments for fall and near-fall detection. PhD, Nottingham Trent University.

HUGHES-RILEY, T., DIAS, T., KANER, J. and RAHEMTULLA, Z., 2021. Using an inertial motion unit to find the optimal location to continuously monitor for near falls. In: Sheldon 3rd Online Conference Meeting: Solutions for ageing well at home, in the community and at work. Proceedings book. Sheld-on Publications, pp. 135-142.

RAHEMTULLA, Z., HUGHES-RILEY, T. and DIAS, T., 2021. Vibration-sensing electronic yarns for the monitoring of hand transmitted vibrations. Sensors, 21 (8): 2780.

HARDY, D.A., RAHEMTULLA, Z., SATHARASINGHE, A., SHAHIDI, A., OLIVEIRA, C., ANASTASOPOULOS, I., NASHED, M.N., KGATUKE, M., KOMOLAFE, A., TORAH, R., TUDOR, J., HUGHES-RILEY, T., BEEBY, S. and DIAS, T., 2020. Wash testing of electronic yarn. Materials, 13 (5): 1228. ISSN 1996-1944

RAHEMTULLA, Z., HUGHES-RILEY, T. and DIAS, T., 2019. Developing a vibration-sensing yarn for monitoring hand-transmitted vibrations. Proceedings, 32 (1): 6. ISSN 2504-3900