Advanced Variable Tuning and Biases in Chatbot Models: Analysis of the PT AH Prototype

Current research in the field of chatterbots lacks detailed information on the evolution of prototypes after the startup, where the system exploitation reveals engine performance and biases. This paper presents the tuning and evolution of PTAH, an AI system that interacts in natural language using a precise combination of linguistic processing tools. This analysis aims to introduce not only a methodology but also to show and compare how certain parameterization considerations impact on the results despite the sophistication of algorithmic. Results allow to affirm that the post-deployment treatment is critical for the correct parameterization of NLP systems using AI approaches, due the bias and entropy speed required to feed the intelligent learning of the optimized model in chatter contexts.

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Published
2024-09-18
DOI
https://doi.org/10.1109/argencon62399.2024.10735963
Primary Topic
AI in Service Interactions
Type
article
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article

Advanced Variable Tuning and Biases in Chatbot Models: Analysis of the PT AH Prototype

Claudia Álvarez, Andrés Pascal, Daniela López De Luise, Sebastián Trossero et al.
AI in Service Interactions
article

Advanced Variable Tuning and Biases in Chatbot Models: Analysis of the PT AH Prototype

Claudia Álvarez, Andrés Pascal, Daniela López De Luise, Sebastián Trossero, Fernando Heit
article en

Abstract

Current research in the field of chatterbots lacks detailed information on the evolution of prototypes after the startup, where the system exploitation reveals engine performance and biases. This paper presents the tuning and evolution of PTAH, an AI system that interacts in natural language using a precise combination of linguistic processing tools. This analysis aims to introduce not only a methodology but also to show and compare how certain parameterization considerations impact on the results despite the sophistication of algorithmic. Results allow to affirm that the post-deployment treatment is critical for the correct parameterization of NLP systems using AI approaches, due the bias and entropy speed required to feed the intelligent learning of the optimized model in chatter contexts.

Universidad de Concepción del Uruguay (AR), Universidad Autónoma de Entre Ríos (AR), Computational Intelligence and Information Systems Lab (AR)
Openalex Percentile: Top 83%
AI in Service Interactions
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