Instruction-tuned Mistral 7B achieves modestly higher F1 than CNN/LSTM on next merchant category prediction, but the evaluation lacks significance tests and the weighted F1 is dominated by an 'Other' class.
Deep Learning for Sequential Recommendation: Algorithms, Influential Factors, and Evaluations
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
In the field of sequential recommendation, deep learning (DL)-based methods have received a lot of attention in the past few years and surpassed traditional models such as Markov chain-based and factorization-based ones. However, there is little systematic study on DL-based methods, especially regarding to how to design an effective DL model for sequential recommendation. In this view, this survey focuses on DL-based sequential recommender systems by taking the aforementioned issues into consideration. Specifically,we illustrate the concept of sequential recommendation, propose a categorization of existing algorithms in terms of three types of behavioral sequence, summarize the key factors affecting the performance of DL-based models, and conduct corresponding evaluations to demonstrate the effects of these factors. We conclude this survey by systematically outlining future directions and challenges in this field.
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Instruction-Based Fine-tuning of Open-Source LLMs for Predicting Customer Purchase Behaviors
Instruction-tuned Mistral 7B achieves modestly higher F1 than CNN/LSTM on next merchant category prediction, but the evaluation lacks significance tests and the weighted F1 is dominated by an 'Other' class.