BERT spam classification
The record types it as text-classification with BertForSequenceClassification and a bert model type. According to the model card, it classifies emails or messages as spam or ham.
Open Source Model Profile · cybert79
spamai is a 109M-parameter BERT text-classification fine-tune from cybert79. According to the model card, it classifies emails or messages as spam or ham using Enron and spam-detection training sources.
spamai is published by cybert79 as a BERT text-classification model. The captured configuration identifies BertForSequenceClassification with a bert model type, and Safetensors metadata reports 109,483,778 parameters. According to the model card, it is a spam-detection fine-tune trained on SetFit/enron_spam and Deysi/spam-detection-dataset.
The record types it as text-classification with BertForSequenceClassification and a bert model type. According to the model card, it classifies emails or messages as spam or ham.
According to the model card, training used SetFit/enron_spam and Deysi/spam-detection-dataset, described as real-world spam and ham email examples.
According to the model card, fine-tuning ran 3 epochs with batch size 8 and learning rate 2e-5, reaching 0.0239 training loss and 99.55% evaluation accuracy.
According to the model card, the model is not designed for phishing, attachment malware, or other threats beyond text spam, and may not transfer to non-English or non-email text.
Source: cybert79/spamai
Captured: Unknown. Processed: 2026-09-07T19:34:42.797465+00:00.
Model Card for Spam Detection Model This model card outlines a spam detection model trained on the SetFit/enron_spam and Deysi/spam-detection-dataset from Hugging Face. The model aims to classify emails or text messages into spam or not spam (ham) with high accuracy, leveraging the BERT architecture for natural language processing tasks. Model Details Model Description This spam detection model was developed to identify and filter out unwanted or harmful emails and messages automatically. It was fine-tuned on two significant datasets featuring real-world spam examples, demonstrating a high level of accuracy in distinguishing between…
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