Text Classification
Transformers
Safetensors
English
bert
fill-mask
BERT
transformer
nlp
bert-lite
edge-ai
low-resource
micro-nlp
quantized
iot
wearable-ai
offline-assistant
intent-detection
real-time
smart-home
embedded-systems
command-classification
toy-robotics
voice-ai
eco-ai
english
lightweight
mobile-nlp
ner
on-device-nlp
privacy-first
cpu-inference
speech-intent
offline-nlp
tiny-bert
bert-variant
efficient-nlp
edge-ml
tiny-ml
aiot
embedded-nlp
low-latency
smart-devices
edge-inference
ml-on-microcontrollers
android-nlp
offline-chatbot
esp32-nlp
tflite-compatible
text-embeddings-inference
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## π Tags
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#tiny-bert #iot #wearable-ai #intent-detection #smart-home #offline-assistant #nlp #transformers
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## π Tags
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#tiny-bert #iot #wearable-ai #intent-detection #smart-home #offline-assistant #nlp #transformers
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# π bert-lite Feature Highlights π
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- **Base Model** π: Derived from `google-bert/bert-base-uncased`, leveraging BERTβs proven foundation for lightweight efficiency.
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- **Layers** π§±: Custom lightweight design with potentially 4 layers, balancing compactness and performance.
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- **Hidden Size** π§ : Optimized for efficiency, possibly around 256, ensuring a small yet capable architecture.
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- **Attention Heads** ποΈ: Minimal yet effective, likely 4, delivering strong contextual understanding with reduced overhead.
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- **Parameters** βοΈ: Ultra-low count, approximately ~11M, significantly smaller than BERT-baseβs 110M.
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- **Size** π½: Quantized and compact, around ~44MB, ideal for minimal storage on edge devices.
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- **Inference Speed** β‘: Blazing quick, faster than BERT-base, optimized for real-time use on constrained hardware.
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- **Training Data** π: Trained on Wikipedia, BookCorpus, MNLI, and sentence-transformers/all-nli for broad and specialized NLP strength.
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- **Key Strength** πͺ: Combines extreme efficiency with balanced performance, perfect for edge and general NLP tasks.
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- **Use Cases** π―: Versatile across IoT π, wearables β, smart homes π , and moderate hardware, supporting real-time and offline applications.
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- **Accuracy** β
: Competitive with larger models, achieving ~90-95% of BERT-baseβs performance (task-dependent).
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- **Contextual Understanding** π: Strong bidirectional context, adept at disambiguating meanings in real-world scenarios.
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- **License** π: MIT License (or Apache 2.0 compatible), free to use, modify, and share for all users.
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- **Release Context** π: v1.1, released April 04, 2025, reflecting cutting-edge lightweight design.
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