MODELING COGNITIVE DISSONANCE IN NEURAL NETWORKS Progress Report.

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Presentation transcript:

MODELING COGNITIVE DISSONANCE IN NEURAL NETWORKS Progress Report

Introduction The Client: Dr. Watson The Problem: Dr. Watson needs software to accurately model cognitive dissonance. 2

Dissonance occurs when two ideas stem from an act and contradict each other. The ideas in question are Cognitions. Cognitive Dissonance 3 Responsibility Belief Cognition 1 Cognition 2 Dissonance decreases by removing (or attempting to remove) the conflict between cognitions.

Neural Network Simulates biological neuron interactions. Cognitions will be comprised of two neural network nodes. Cognitions can be connected between one another by positive or negative relations. 4 Belief Cognition Node 1Node 2

Neural Network 5 Algorithms for modeling the cognitive dissonance reduction are provided....but must be mapped into the software.

Previously Used Software Very Complicated User Interface Is not that useful for modeling cognitive dissonance 6

Development Environment Operating System: Windows Hardware: Standard PC Programming Language: C++ Libraries: OpenGL, LibUFO  Graphical and easy to use interface that hides the complicated algorithms underneath. 7

Requested Features Algorithm to simulate biological neurons Replication of consonance and dissonance models  Simulate a dissonant event  Follow the reduction of dissonance User adjustable weights on cognitions and resistances Template for value input – i.e. matrix 8

Interface Mockup Whiteboard used to place ideas based off of meetings with Dr. Watson. 9

Interface Mockup 10 Whiteboard images scanned to paper and gone over with the client.

Interface Mockup 11 Inspect graph at a particular point. Edit specific nodes during a run. Monitor individual nodes.

Use Cases Use Cases presented to Dr. Watson. 12

What’s Next.. 13 Documenting the Requirements Analysis. Work on generating the Contract document. You are here.

Credits Team leader - Cory Lehan - Led… Process - Tim Meyer - Still getting requirements Plan - Jarrod Capps - Mapped out rough future plan with Fujinoki Design - Jon Bridges - Basic plan of the software design Interface - Cory Lehan - Made mock-up interface 14

Credits Implementation- Jarrod Capps - Not yet required Tester - Tim Meyer - Not yet required Quality - Jon Bridges - Made Use Cases - Critiqued interface Support - Cory Lehan - Found graphics libraries

Questions? Team Neurotic Cory Lehan Tim Meyer Jarrod Capps Jonathan Bridges 16