R Choupani, S Wong, M Tolun (2014), Spatial multiple description coding for scalable video streams, In International Journal of Digital Multimedia Broadcasting Volume 2014 p.1-8.

PC Santos, GL Nazar, F Anjam, JSSM Wong, D Matos, L Carro (2013), A fully dynamic reconfigurable NoC-based MPSoC: the advantages of a multi-level reconfiguration.

PC Santos, GL Nazar, F Anjam, JSSM Wong, D Matos, L Carro (2013), A fully dynamic reconfigurable NoC-based MPSoC: the advantages of total reconfiguration, s.n. (Eds.), In 7th HiPEAC workshop on reconfigurable computing p.1-10, Springer.

F Anjam, JSSM Wong (2013), Configurable fault-tolerance for a configurable VLIW processor, Ph Brisk, JG de Figueiredo Coutinho, P Diniz (Eds.), In 9th International symposium on applied reconfigurable computing p.1-12, Springer.

G Keramidas, JSSM Wong, F Anjam, AAC Brandon, RAE Seedorf, C Scordino, L Carro, D Matos (2013), Embedded reconfigurable computing: the ERA approach, s.n. (Eds.), In 11th IEEE International conference on industrial informatics p.1-6.

PC Santos, GL Nazar, F Anjam, JSSM Wong (2012), Adapting communication for adaptable processors: a multi-axis reconfiguration approach, s.n. (Eds.), In International conference on ReConFigurable computing and FPGAs p.1-6.

F Anjam, Q Kong, RAE Seedorf, JSSM Wong (2012), A run-time task migration scheme for an adjustable issue-slots multi-core processor, s.n. (Eds.), In 8th International symposium on applied reconfigurable computing p.1-12.

JY Hur, TP Stefanov, JSSM Wong, KGW Goossens (2012), Customisation of on-chip network interconnects and experiments in field-programmable gate arrays, In IET Computers and Digital Techniques Volume 6 p.59-68.

RAE Seedorf, F Anjam, AAC Brandon, JSSM Wong (2012), Design of a pipelined and parameterized VLIW processor: r-VEX v.2.0, s.n. (Eds.), In 6th HiPEAC workshop on reconfigurable computing p.1-12.

F Anjam, Q Kong, RAE Seedorf, JSSM Wong (2012), On the implementation of traps for a softcore VLIW processor, s.n. (Eds.), In 6th HiPEAC workshop on reconfigurable computing p.1-10.