Items where Author is "Oliveira, C"

Journal article

LUGODA, P., ARM, R., WOOLER, A., BARNES, L., BUTT, A.T., OLIVEIRA, C., SHAHIDI, A. and NAVARAJ, W., 2024. HaptiYarn: development of an actuator yarn that can transform everyday textiles into haptic devices. IEEE Transactions on Haptics. ISSN 1939-1412

LUGODA, P., ARM, R., WOOLER, A., BARNES, L., BUTT, A.T., OLIVEIRA, C., SHAHIDI, A. and NAVARAJ, W., 2023. HaptiYarn: development of an actuator yarn that can transform everyday textiles into haptic devices. IEEE Intelligent Systems. ISSN 1541-1672 (Forthcoming)

ABEYWICKRAMA, N., KGATUKE, M., MARASINGHE, K., NASHED, M.N., OLIVEIRA, C., SHAHIDI, A.M., DIAS, T. and HUGHES-RILEY, T., 2023. The design and development of woven textile solar panels. Materials, 16 (11): 4129. ISSN 1996-1944

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

LUGODA, P., HAYES, S.C., HUGHES-RILEY, T., TURNER, A., MARTINS, M.V., COOK, A., RAVAL, K., OLIVEIRA, C., BREEDON, P. and DIAS, T., 2022. Classifying gait alterations using an instrumented smart sock and deep learning. IEEE Sensors. ISSN 1530-437X

MOGHADDASSIAN SHAHIDI, A., HUGHES-RILEY, T., OLIVEIRA, C. and DIAS, T., 2021. An investigation of the physical and electrical properties of knitted electrodes when subjected to multi-axial compression and abrasion. Proceedings, 68 (1): 2. ISSN 0035-9211

HUGHES-RILEY, T., HILL-CASEY, F., OLIVEIRA, C., SHAHIDI, A., HURLEY, W. and DIAS, T., 2020. Understanding the design rules for a nonintrusive, textile, heart rate monitoring system. Digital Medicine, 5 (4), p. 162. ISSN 2226-8561

LUGODA, P., COSTA, J.C., OLIVEIRA, C., GARCIA-GARCIA, L.A., WICKRAMASINGHE, S.D., POURYAZDAN, A., ROGGEN, D., DIAS, T. and MÜNZENRIEDER, N., 2020. Flexible temperature sensor integration into e-textiles using different industrial yarn fabrication processes. Sensors, 20 (1): 73. ISSN 1424-8220

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

HUGHES-RILEY, T., OLIVEIRA, C. and DIAS, T., 2019. A knitted multi-junction pressure sensor that uses electrical resistance to determine the applied pressure: development and characterization. Proceedings, 32 (1): 3. ISSN 2504-3900

HUGHES-RILEY, T., OLIVEIRA, C., MORRIS, R.H. and DIAS, T., 2019. The characterization of a pressure sensor constructed from a knitted spacer structure. Digital Medicine. ISSN 2226-8561

LUGODA, P., HUGHES-RILEY, T., OLIVEIRA, C., MORRIS, R. and DIAS, T., 2018. Developing novel temperature sensing garments for health monitoring applications. Fibers, 6 (3): 46. ISSN 2079-6439

Chapter in book

HUGHES-RILEY, T., SATHARASINGHE, A., OLIVEIRA, C. and DIAS, T., 2020. Engineering a pulse rate monitoring glove. In: A.K. SOOD, P. WIJEWARNASURIYA and A.I. D'SOUZA, eds., Proceedings of SPIE Optical Engineering + Applications 2020, Vol. 11503: Infrared sensors, devices, and applications X. Bellingham, WA: SPIE. ISBN 9781510638129

Conference contribution

HARDY, D.A., ANASTASOPOULOS, I., NASHED, M.-N., OLIVEIRA, C., HUGHES-RILEY, T., KOMOLAFE, A., TUDOR, J., TORAH, R., BEEBY, S. and DIAS, T., 2018. An automated process for inclusion of package dies and circuitry within a textile yarn. In: Design, Test, Integration and Packaging of MEMS/MOEMS (DTIP 2018), Rome, Italy, 22-25 May 2018.

HARDY, D.A., OLIVEIRA, C., NASHED, M.-N. and DIAS, T., 2018. Textiles illuminated with electronic yarn. In: IDTechEx: Connecting Emerging Technologies With Global Brands, Estrel Convention Center, Berlin, Germany, 11-12 April 2018.

Digital or visual media

SHAHIDI, A., HUGHES-RILEY, T., MARASINGHE, K., NASHED, M.-N., OLIVEIRA, C. and DIAS, T., 2021. Process for manufacturing electronic yarns where the embedded components are soldered onto two parallel wires. [Digital or Visual Media]