Object-oriented modelling in digital circuit CAD systems. - Colin C. Charlton; Paul H. Leng; Mark Rivers (Microprocessing and Microprogramming, 1991)

An object-oriented model of design evolution. - Colin C. Charlton; Paul H. Leng; Mark Rivers (Microprocess. Microprogramming, 1993)

Using Inheritance to Provide Subschema Views in a Shared Persistent Object Database. - Colin C. Charlton; Paul H. Leng; Mark Rivers (TOOLS (13), 1994)

Applications of a wireless chloride sensor in environmental monitoring. - Nick R. Harris; Andy Cranny; Mark Rivers; Keith Smettem (SAS, 2015)

How could sensor networks help with agricultural water management issues? Optimizing irrigation scheduling through networked soil-moisture sensors. - Mark Rivers; Neil Coles; Huma Zia; Nick R. Harris; Richard Yates (SAS, 2015)

Data-driven low-complexity nitrate loss model utilizing sensor information - Towards collaborative farm management with wireless sensor networks. - Huma Zia; Nick R. Harris; Geoff V. Merrett; Mark Rivers (SAS, 2015)

Predicting discharge using a low complexity machine learning model. - Huma Zia; Nick R. Harris; Geoff V. Merrett; Mark Rivers (Comput. Electron. Agric., 2015)

Application of Distributed Wireless Chloride Sensors to Environmental Monitoring: Initial Results. - Nick R. Harris; Andy Cranny; Mark Rivers; Keith Smettem; Edward G. Barrett-Lennard (IEEE Trans. Instrum. Meas., 2016)

A Low-Complexity Machine Learning Nitrate Loss Predictive Model-Towards Proactive Farm Management in a Networked Catchment. - Huma Zia; Nick R. Harris; Geoff V. Merrett; Mark Rivers (IEEE Access, 2019)

Toward Real-Time Analysis of Synchrotron Micro-Tomography Data: Accelerating Experimental Workflows with AI and HPC. - James E. McClure; Junqi Yin; Ryan T. Armstrong; Ketan C. Maheshwari; Sean R. Wilkinson; Lucas Vlcek; Ying Da Wang; Mark A. Berrill; Mark Rivers (SMC, 2020)