Observational analysis uncovers how prompt quality influences chatgpt's responses, highlighting their multimodal capabilities.
The introduction of the mind-blowing Large Language Models (LLMs) such as ChatGPT imposes the image of the brilliant future of smart chat practices in diverse circumstances. The issue of establishing good and representative prompts becomes increasingly burning as the models evolve to accept a broader range of variety of what they read as input, text, graphics, noise, audio, and video. The article suggests the quality, coherence, and depth of the answers that ChatGPT generates in a multimodal setting, specifically, the visual data interpretation using Tableau. This paper discusses the response of ChatGPT to some technical questions that people face in the real world regarding image recognition and manipulation of texts and emotions. The primary question, according to the middle section of the experiment, is whether the sufficiency of the model compliance is defined by the accuracy and clarity of the prompts set by the user, or the scenario of the issue at hand itself. Traces of experimental evidence indicate that the performance of ChatGPT depends on the variations of the ways the questions are formulated and on the realms of discussion. Further, the paper looks into the application of the visualization tools as a way of realizing the behavior of the models, assisting in the process of assessing it in a less wordy way through Tableau. Overall, this contribution helps to comprehend the possibilities and boundaries of LLMs in connection with the actual applications of multimodal systems and emphasizes the impact of the speed of design that helps to improve the results obtained through the assistance of AI.
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Nivedita et al. (2025) studied this question.
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