Development of the Reporting Information about Networks and Groups (RING) task: a method for eliciting information from memory about associates, groups, and networks
Research output: Contribution to journal › Article
Design/methodology/approach - Using an experimental methodology analogous to an intelligence gathering context, participants (n=124) were asked to generate a visual representation of the “network” of individuals attending a recent family event using the RING task.
Findings - All participants successfully generated visual representations of the relationships between people attending a remembered social event. The groups or networks represented in the RING task output diagrams also reflected effective use of the software functionality with respect to “describing” the nature of the relationships between individuals.
Practical implications - The authors succeeded in establishing the usability of the RING task software for reporting detailed information about groups of individuals and the relationships between those individuals in a visual format. A number of important limitations and issues for future research to consider are examined.
Originality/value - The RING task is an innovative development to support the elicitation of targeted information about networks of people and the relationships between them. Given the importance of understanding human networks in order to disrupt criminal activity, the RING task may contribute to intelligence gathering and the investigation of organised crime gangs and terrorist cells and networks.
|Journal||The Journal of Forensic Practice|
|Early online date||5 Oct 2019|
|Publication status||Early online - 5 Oct 2019|
- Development of the Reporting Information about Networks and Group (RING) Task
Rights statement: Lorraine Hope, Feni Kontogianni, Kristoffer Geyer, Wayne Thomas. 'Development of the Reporting Information about Networks and Groups (RING) task: a method for eliciting information from memory about associates, groups, and networks'. Journal of Forensic Practice. DOI: 10.1108/JFP-04-2019-0011. Copyright © 2019 Emerald Publishing Limited. All rights reserved.
Accepted author manuscript (Post-print), 380 KB, PDF document