This research project delves into the NeuroIS field, exploring the neurological underpinnings of information seeking and search processes. Our inquiry is focused on understanding how neurological dynamics, particularly neuron interactions and brain region activations, are influenced during various types of information searches. We are interested in categorizing searches based on their complexity—ranging from simple, factual queries to more complex, analytical, or abstract inquiries—to discern how different levels of cognitive load impact neurological responses.
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Through this project, we will employ statistical methods to analyze the cognitive load during information search tasks, correlating these findings with the challenges and difficulties presented by different classes of searches. This will involve a detailed examination of how the brain’s regions and functions respond to diverse types of searches and information representations.
The ultimate goal of this project is to establish a comprehensive framework that encapsulates the neurological processes involved in information seeking and search activities. As such, our informing objectives are:
- Neurological Mapping: To identify specific brain regions and their functions as they react to varying complexities of information searches, from simple fact-finding tasks to complex analytical queries.
- Cognitive Load Analysis: Employ advanced statistical techniques to quantify the cognitive load experienced during different search tasks, linking these measurements to the types of information being sought.
3. Framework Development: Create a comprehensive model that describes the neurological processes activated during information searches, helping to predict and enhance user interaction with information systems.
To fulfil these objectives, the project aims to answer the following research questions:
- What regions or functions of the brain respond to different types of searches and information representations?
- Can I statistically analyze cognitive load?
- How do you classify different types of searches in the brain?
This framework will not only enhance our understanding of the cognitive and neurological aspects of information interaction but also pave the way for future research in the NeuroIS field. A dedicated project page will be created to document findings, methodologies, and progress, serving as a hub for collaboration and discussion in this intriguing intersection of neuroscience and information science. This research will provide valuable insights that can influence the design of more intuitive and effective information systems, potentially impacting educational methodologies, search engine development, and cognitive assistance technologies.