Motivating future interconnects: a differential measurement analysis of PCI latency. - David J. Miller 005; Philip M. Watts; Andrew W. Moore 002 (ANCS, 2009)

Energy Implications of Photonic Networks With Speculative Transmission. - Philip M. Watts; Simon W. Moore; Andrew W. Moore 002 (JOCN, 2012)

Low Latency Scheduling Algorithm for Shared Memory Communications over Optical Networks. - Muhammad Ridwan Madarbux; Anouk Van Laer; Philip M. Watts (Hot Interconnects, 2013)

Full system simulation of optically interconnected chip multiprocessors using gem5. - Anouk Van Laer; Timothy M. Jones 001; Philip M. Watts (OFC/NFOEC, 2013)

A low latency optical top of rack switch for data centre networks with minimized processor energy load. - Shiyun Liu; Qixiang Cheng; Adrian Wonfor; Richard V. Penty; Ian H. White; Philip M. Watts (OFC, 2014)

Towards zero latency photonic switching in shared memory networks. - Muhammad Ridwan Madarbux; Anouk Van Laer; Philip M. Watts; Timothy M. Jones 001 (Concurr. Comput. Pract. Exp., 2014)

Power Optimized Transceivers for Future Switched Networks. - Yury Audzevich; Philip M. Watts; Andrew West; Alan Mujumdar; Simon W. Moore; Andrew W. Moore 002 (IEEE Trans. Very Large Scale Integr. Syst., 2014)

Coherence based message prediction for optically interconnected chip multiprocessors. - Anouk Van Laer; Chamath Ellawala; Muhammad Ridwan Madarbux; Philip M. Watts; Timothy M. Jones 001 (DATE, 2015)

Experimental demonstration of 75 ns end-to-end latency in an optical top-of-rack switch. - Paris Andreades; Yujia Wang; Jeffrey Shen; Shiyun Liu; Philip M. Watts (OFC, 2015)

A High-Radix, Low-Latency Optical Switch for Data Centers. - Dan Alistarh; Hitesh Ballani; Paolo Costa; Adam C. Funnell; Joshua Benjamin; Philip M. Watts; Benn Thomsen (SIGCOMM, 2015)

Low Latency Optical Switch for High Performance Computing With Minimized Processor Energy Load [Invited]. - Shiyun Liu; Qixiang Cheng; Muhammad Ridwan Madarbux; Adrian Wonfor; Richard V. Penty; Ian H. White; Philip M. Watts (JOCN, 2015)

Reconfigurable Network Systems and Software-Defined Networking. - Noa Zilberman; Philip M. Watts; Charalampos Rotsos; Andrew W. Moore 002 (Proc. IEEE, 2015)

Energy Efficient And Low Latency Interconnection Network For Multicast Invalidates In Shared Memory Systems. - Muhammad Ridwan Madarbux; Anouk Van Laer; Philip M. Watts; Timothy M. Jones 001 (AISTECS@HiPEAC, 2016)

High port count hybrid wavelength switched TDMA (WS-TDMA) optical switch for data centers. - Adam C. Funnell; Joshua Benjamin; Hitesh Ballani; Paolo Costa; Philip M. Watts; Benn C. Thomsen (OFC, 2016)

Low Latency Parallel Schedulers for Photonic Integrated Optical Switch Architectures in Data Centre Networks. - Paris Andreades; Philip M. Watts (ECOC, 2017)

A High Speed Hardware Scheduler for 1000-Port Optical Packet Switches to Enable Scalable Data Centers. - Joshua Lawrence Benjamin; Adam C. Funnell; Philip Michael Watts; Benn Thomsen (Hot Interconnects, 2017)

Sub-Nanosecond Clock and Data Recovery in an Optically-Switched Data Centre Network. - Kari A. Clark; Hitesh Ballani; Polina Bayvel; Daniel Cletheroe; Thomas Gerard; István Haller; Krzysztof Jozwik; Kai Shi 003; Benn Thomsen; Philip M. Watts; Hugh Williams; Georgios Zervas; et al. (ECOC, 2018)

Experimental demonstration of an ultra-low latency control plane for optical packet switching in data center networks. - Paris Andreades; Kari A. Clark; Philip M. Watts; Georgios Zervas (Opt. Switch. Netw., 2019)

Fast and Uniform Optically-Switched Data Centre Networks Enabled by Amplitude Caching. - Thomas Gerard; Kari A. Clark; Adam C. Funnell; Kai Shi 003; Benn Thomsen; Philip M. Watts; Krzysztof Jozwik; István Haller; Hugh Williams; Paolo Costa; Hitesh Ballani (OFC, 2021)