Simulating Taverna workflows using stochastic process algebras. by Curcin, V, Missier, P, Roure, D

Taverna Workflows: Syntax and Semantics. by Turi, D, Missier, P, Goble, C, Roure, D, Oinn, T

Extending Semantic Provenance into the Web of Data by Zhao, J, Sahoo, S, Missier, P, Sheth, A, Goble, C

A comparison of using Taverna and BPEL in building scientific workflows: the case of caGrid. by Tan, W, Missier, P, Foster, I, Madduri, R, Roure, D, Goble, C

A Linked Data Approach to Sharing Workflows and Workflow Results. by Roos, M, Bechhofer, S, Zhao, J, Missier, P, Newman, DR, Roure, D, Marshall, MS

Why Linked Data is Not Enough for Scientists. by Bechhofer, S, Ainsworth, J, Bhagat, J, Buchan, I, Couch, P, Cruickshank, D, Roure, D, Delderfield, M, Dunlop, I, Gamble, M, Goble, C, Michaelides, D, Missier, P, Owen, S, Newman, DR, Sufi, S

Why linked data is not enough for scientists. by Bechhofer, S, Buchan, I, Roure, D, Missier, P, Ainsworth, J, Bhagat, J, Couch, P, Cruickshank, D, Delderfield, M, Dunlop, I, Gamble, M, Michaelides, D, Owen, S, Newman, DR, Sufi, S, Goble, C

Why linked data is not enough for scientists by Bechhofer, S, Ainsworth, J, Bhagat, J, Buchan, I, Couch, P, Cruickshank, D, De Roure, D, Delderfield, M, Dunlop, I, Gamble, M, Goble, C, Michaelides, D, Missier, P, Owen, S, Newman, D, Sufi, S

The Evolution of myExperiment. by Roure, D, Goble, C, Aleksejevs, S, Bechhofer, S, Bhagat, J, Cruickshank, D, Fisher, P, Kollara, N, Michaelides, D, Missier, P, Newman, DR, Ramsden, M, Roos, M, Wolstencroft, K, Zaluska, E, Zhao, J

Machine learning approaches to enhance diagnosis and staging of patients with MASLD using routinely available clinical information by McTeer, M, Applegate, D, Mesenbrink, P, Ratziu, V, Schattenberg, JM, Bugianesi, E, Geier, A, Romero Gomez, M, Dufour, J, Ekstedt, M, Francque, S, Yki-Jarvinen, H, Allison, M, Valenti, L, Miele, L, Pavlides, M, Cobbold, J, Papatheodoridis, G, Holleboom, AG, Tiniakos, D, Brass, C, Anstee, QM, Missier, P