MAX + UniSon - Interactive Control of a Digital Signal Multiprocessor. - John Bates (ICMC, 1992)

A Development Platform for Multimedia Applications in a Distributed, ATM Network Environment. - John Bates; Jean Bacon (ICMCS, 1994)

Presentation support for distributed multimedia applications. - John Bates (1994)

Supporting Interactive Presentation for Distributed Multimedia Applications. - John Bates; Jean Bacon (Multim. Tools Appl., 1995)

A framework to support large-scale active applications. - John Bates (ACM SIGOPS European Workshop, 1996)

Flexible distributed programming using mobile code. - David Halls; John Bates; Jean Bacon (ACM SIGOPS European Workshop, 1996)

Using events to build large scale distributed applications. - Richard Hayton; Jean Bacon; John Bates; Ken Moody (ACM SIGOPS European Workshop, 1996)

A Framework to Support Mobile Users of Multimedia Applications. - John Bates; David Halls; Jean Bacon (Mob. Networks Appl., 1996)

Location-oriented multimedia. - Jean Bacon; John Bates; David Halls (IEEE Wirel. Commun., 1997)

Using events for the scalable federation of heterogeneous components. - John Bates; Jean Bacon; Ken Moody; Mark D. Spiteri (ACM SIGOPS European Workshop, 1998)

Supporting storage and retrieval of computer and human activity. - Mark D. Spiteri; John Bates (ACM SIGOPS European Workshop, 1998)

Integrating Real-World and Computer-Supported Collaboration in the Presence of Mobility. - John Bates; Mark D. Spiteri; David Halls; Jean Bacon (WETICE, 1998)

Middleware for Ubiquitous Computing. - Robert J. Aiken; Adam Abramski; John Bates; Thomas Blackadar (HUC, 1999)

Capturing and Indexing Computer-based Activities With Virtual Network Computing. - Sheng Feng Li; Mark D. Spiteri; John Bates; Andy Hopper (SAC (2), 2000)

Context-aware multimedia computing in the intelligent hospital. - Scott Mitchell; Mark D. Spiteri; John Bates; George Coulouris (ACM SIGOPS European Workshop, 2000)

Generic Support for Distributed Applications. - Jean Bacon; Ken Moody; John Bates; Richard Hayton; Chaoying Ma; Andrew McNeil; Oliver Seidel; Mark D. Spiteri (Computer, 2000)

RadSplat: Radiance Field-Informed Gaussian Splatting for Robust Real-Time Rendering with 900+ FPS. - Michael Niemeyer; Fabian Manhardt; Marie-Julie Rakotosaona; Michael Oechsle; Daniel Duckworth; Rama Gosula; Keisuke Tateno; John Bates; Dominik Kaeser; Federico Tombari (CoRR, 2024)