Toby Pilditch
Biographic Data
| ID | 9497747 |
|---|---|
| NAME | Toby Pilditch |
| GIVEN NAMES | Toby |
| FAMILY NAME | Pilditch |
| SIGNATURE | PILDITCH T |
| VERIFIED | No |
| TOTAL WORKS | 4 |
| TOTAL CITATIONS | 1 |
| AUTHOR COUNT | 4 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2020 |
| LATEST PUBLICATION YEAR | 2024 |
| H-INDEX | 1 |
Modelling Adaptive and Anticipatory Human Decision-Making in Complex Human-Environment Systems
To effectively manage complex human-environment fisheries systems, it is necessary to understand the psychology of fisher agents. While bio-economic models typically provide simple, abstract approaches for human behaviour (e.g. fully informed profit maximisers), fisher agents are of course neither simple nor perfect. Imperfections of learning, memory, and information availability, combined with the diversity of value preferences within population…
Targeting Your Preferences
The use of data to inform and run political campaigning has become an inescapable trend in recent years. In attempting to persuade an electorate, micro-targeted campaigns (MTCs) have been employed to great e ect through the use of tailored messaging and selective targeting. Here we investigate the capacity of MTCs to deal with the diversity of political preferences across an electorate. More precisely, via an Agent-Based Model we simulate various…
Cascades Across Networks Are Sufficient for the Formation of Echo Chambers
Investigating how echo chambers emerge in social networks is increasingly crucial, given their role in facilitating the retention of misinformation, inducing intolerance towards opposing views, and misleading public and political discourse. Previously, the emergence of echo chambers has been attributed to psychological biases and inter-individual di erences, requiring repeated interactions among network-users and rewiring or pruning of social tie…
Strategies for selecting and evaluating information
Cascades Across Networks Are Sufficient for the Formation of Echo Chambers
Investigating how echo chambers emerge in social networks is increasingly crucial, given their role in facilitating the retention of misinformation, inducing intolerance towards opposing views, and misleading public and political discourse. Previously, the emergence of echo chambers has been attributed to psychological biases and inter-individual di erences, requiring repeated interactions among network-users and rewiring or pruning of social tie…
Strategies for selecting and evaluating information
Targeting Your Preferences
The use of data to inform and run political campaigning has become an inescapable trend in recent years. In attempting to persuade an electorate, micro-targeted campaigns (MTCs) have been employed to great e ect through the use of tailored messaging and selective targeting. Here we investigate the capacity of MTCs to deal with the diversity of political preferences across an electorate. More precisely, via an Agent-Based Model we simulate various…
Cascades Across Networks Are Sufficient for the Formation of Echo Chambers
Investigating how echo chambers emerge in social networks is increasingly crucial, given their role in facilitating the retention of misinformation, inducing intolerance towards opposing views, and misleading public and political discourse. Previously, the emergence of echo chambers has been attributed to psychological biases and inter-individual di erences, requiring repeated interactions among network-users and rewiring or pruning of social tie…
Modelling Adaptive and Anticipatory Human Decision-Making in Complex Human-Environment Systems
To effectively manage complex human-environment fisheries systems, it is necessary to understand the psychology of fisher agents. While bio-economic models typically provide simple, abstract approaches for human behaviour (e.g. fully informed profit maximisers), fisher agents are of course neither simple nor perfect. Imperfections of learning, memory, and information availability, combined with the diversity of value preferences within population…
Computer Science (3 works) · Psychology (3 works) · Cognitive psychology (2 works) · Decision-Making and Behavioral Economics (2 works) · Social Psychology (2 works) · Artificial Intelligence (1 works) · Artificial Intelligence (1 works) · Child and Animal Learning Development (1 works) · Cognitive science (1 works) · Cognitive Science and Mapping (1 works)