Global Foresight Review Tender
Funder: Royal Academy of Engineering and the Lloyds Foundation, £115k.
Duration: 9 months.
Commissioned report into the safety of complex systems. The project also developed an initial framework to support developing an understanding the safety of complex systems.
- Burton, S., McDermid, J. A., Garnett, P. & Weaver, R (2021). “Safer Complex Systems: An Initial Framework“. Commissioned by the Royal Academy of Engineering.
- S Burton, JA McDermid, P Garnett, R Weaver, 2021. “Safety, Complexity, and Automated Driving: Holistic Perspectives on Safety Assurance.” Computer 54 (8), 22-32 (Q1).
Funder: MRC, £6.7 million.
Duration: 5 years.
The ActEarly approach focusses on early life changes to improve the health and opportunities for children living in areas with high levels of child poverty; Bradford, West Yorkshire and Tower Hamlets, London.
- Wright, John, Andrew Hayward, Jane West, Kate Pickett, Rosie M. McEachan, Mark Mon-Williams, Nicola Christie, et al. 2019. “ActEarly: A City Collaboratory Approach to Early Promotion of Good Health and Wellbeing.” Wellcome Open Research 4 (156): 156 (Q1).
Mapping and Diagnosing Mental Health in/and the UK University Sector
Funder: Wellcome Trust, £52,000.
Duration: 12 months during 2020.
This project investigated the vested interests and power structures associated with the changing provision of metal health services to British university students. MAPUKHE used network analysis and modelling as part of a mixed methods approach to understanding the network of organisations around mental health provision.
- F Callard, D Kotouza, P Garnett, L Rocha (2022). “Mental health and wellbeing in universities in an age of digital capitalism.” SSM-Mental Health.
- D Kotouza, F Callard, P Garnett, L Rocha, (2021). “Mapping mental health and the UK university sector: Networks, markets, data.” Critical Social Policy (Q1).
GCRF Systemic Failure of Finance Development Projects
Funder: GCRF Pump Priming Grant, ~£28,000.
Duration: Nov 2018 to 31st of July 2019.
This project is to build a network of researchers to develop further projects looking into systemic failure of financial development projects. The bulk of the project will be to develop a systematic review financial development grants, and also establish the network and bid for further funds.
BAM – Hillards Supermarket
Project URL: The Hillards Archive
Funder: British Academy of Management, £4000.
Project Title: Taking Over Hillards
Abstract: Founded in 1885 Hillards PLC was a major force in the UK supermarket retail sector with more than 100 stores at its peak in the 1980s. In 1987 the firm was subject to a £220 million hostile takeover from rival supermarket chain Tesco. Hillards resisted for months but the firm was eventually acquired. The Hillards brand then disappeared and like many successful firms taken over by a competitor, Hillards have largely been forgotten despite their importance to regional grocery retail for over a century. We have been given exclusive access to a large volume of corporate records by the last managing director of the firm, including a detailed account of the public floatation of the firm, and the takeover by Tesco. This is a unique, detailed archive of an important Northern retail company. Providing an opportunity to study the transition of a family firm into a public company, in a period when supermarkets were rapidly changing. This project will focus on the period in 1987 when Hillards was attempting to resist the takeover by Tesco.
Economic History Society – Inter-Firm Networks and Population Change in the British Banking and Mining Sectors
Funder: Economic History Society, ~£4200
Project Title: “Inter-Firm Networks and Population Change in the British Banking and Mining Sectors”
In recent years, there has been a growing amount of interest amongst economic and business historians in the role that inter-firm business networks have played in the growth and development of different industries and in different regions. Much of this work has been focused on uncovering the informal and familial networks that emerged within, and then subsequently affected the economic development of, different cities and districts during the eighteenth and nineteenth centuries (see, Cookson, 1997; Newton, 1996; Pearson and Richardson, 2001). On top of this, there has also been a considerable amount written about the various interpersonal relationships that affected the commercial development of specific industries (see, Carnevali, 1996; Godley and Ross, 1996; Wilson and Popp, 2003a), along with a certain amount of research on how far religious and ethnic ties and connections impacted upon business decision-making (see, Cookson, 2003; Maifreda, 1998).
Yet, despite the many valuable insights gleaned from these various different studies, there still remain a number of notable weaknesses in the current historical literature on inter-firm networks. In particular, too many of the studies in this area have used datasets that cover comparatively short, or insufficiently precise, time-spans. As Wilson and Popp (2003b) have previously noted, this is problematic in that it makes it that much harder to carry-out detailed longitudinal analysis or accurately assess how these relationships have changed over time. In addition, there has also often been a tendency in these sorts of studies to focus only on specific regions or localities, with the result being that it becomes harder to chart larger and more systemic trends and patterns.
Horsemeat Scandal and Big Social Data: Understanding Consumer Perceptions towards Food Fraud and Retailer and Food Standards Agency Responses
Funder: British Academy/Leverhulme, ~£10,000
Project Title: Horsemeat Scandal and Big Social Data: Understanding Consumer Perceptions towards Food Fraud and Retailer and Food Standards Agency Responses
A series of product recalls of adulterated ready meals and meat products has revealed that adulteration in supply chains can trigger a knock-on effect in society, creating enormous implications for consumer confidence, brand identity, and regulatory issues. This project will employ advanced analytical methods, such as network analysis and modelling of social data, to investigate how the horsemeat scandal impacted on consumer attitudes and behaviours, and to scrutinise how retailers’ announcements change patterns of consumer perceptions.
We are interested in using the tweets archive (Twitter posts provided by GNIP) to analyse consumer attitudes towards quality risk under threat of recall, and to investigate how different responses from supermarket retail firms and announcements from the Food Standards Agency (FSA) influence their changes of attitude. The results will increase the level of knowledge about risk management, providing a powerful instrument to understand the social impact of food fraud, which will be explored and analysed using a statistical/economic approach.
In the context of addressing critical issues that impact food security and safety.
- Mike Tse,York Management School, University of York.
- Bob Doherty, York Management School, University of York.
- Philip Garnett,York Management School, University of York.
Nvidia Equipment Grant
Nvidia provided a Tesla K20 for agent based modelling and data mining. This card has been used to accelerate a number of the software systems developed for my research.
Network Analysis for Technology Discovery
Title: Automatic discovery of new technologies.
Duration: Summer 2012.
This project aimed to detect the likely source of new technology development in the scientific community.
Funder: Funded by Procter and Gamble $10,000
Title: Feasibility study investigating methods suitable for the modelling of human prostate
Funder: Funded via competitive grant £13,939 (submitted internally to the larger York University – Transit Grant).
Duration: 01-11-2010 to 28-02-2011.
This project aimed to use the CoSMoS (Complex Systems Modelling and Simulation Infrastructure developed at the University of York) process to assess different methods for the modelling of the development of human prostate cancer. The aim of the project is twofold. To identify modelling techniques that can assist biologists with progressing understanding of cancer development, and to suggest possible gaps in current biological data that could be addressed by future experiments. The ideas generated with be take forward in future projects.
This project has been very successful and has identified a method for combining aspects of Petri Net models with Statecharts. The Petri Net is used to show the topology of the human prostate gland’s cell differentiation pathway, including when cells under go division. The Statecharts are then used to describe the internal workings of the cells as they move between the different points of the Petri Net. A ‘toy’ demonstration model has been implemented in Java. A paper is in submission, and we believe it has applications beyond modelling cancer development.