
DataRobot
The Unified Platform for Predictive and Generative AI Governance and Delivery.
Tensorflow implementation of contextualized word representations from bi-directional language models.

biLM-TF is a TensorFlow implementation of the bi-directional language model used to compute ELMo (Embeddings from Language Models) representations. It allows for both training biLMs from scratch and using pre-trained models for prediction. The architecture utilizes a character-based approach, processing raw text input to generate contextualized word embeddings. It supports various methods for integrating ELMo representations into downstream tasks, including on-the-fly computation from raw text, pre-computing and caching token representations, and pre-computing representations for the entire dataset. The tool includes functionalities for handling vocabulary, batching, and writing intermediate layers to files, optimizing performance for different use cases and dataset sizes. It uses a Bidirectional Language Model to produce intermediate layers for final ELMo representation computation.
biLM-TF is a TensorFlow implementation of the bi-directional language model used to compute ELMo (Embeddings from Language Models) representations.
Explore all tools that specialize in training from scratch. This domain focus ensures biLM-TF delivers optimized results for this specific requirement.
Explore all tools that specialize in on-the-fly computation. This domain focus ensures biLM-TF delivers optimized results for this specific requirement.
Explore all tools that specialize in batch creation. This domain focus ensures biLM-TF delivers optimized results for this specific requirement.
Generates word embeddings that vary based on the context in which the word appears, capturing semantic nuances.
Processes raw text at the character level, allowing it to handle out-of-vocabulary words and misspellings effectively.
Offers pre-trained biLMs for English, reducing the need for extensive training and enabling faster integration.
Allows for weighting the contributions of different layers in the biLM to optimize performance for specific downstream tasks.
Supports pre-computing and caching token representations, significantly speeding up inference time for fixed vocabularies.
Install Python 3.5 or later, TensorFlow 1.2, and h5py: `pip install tensorflow-gpu==1.2 h5py`
Install the package: `python setup.py install`
Ensure tests pass by running: `python -m unittest discover tests/`
Download pre-trained models from the provided links, including the JSON options file and the hdf5 weights file.
Create a Batcher (or TokenBatcher) to translate tokenized strings to numpy arrays of character (or token) ids.
Load the pre-trained ELMo model using the BidirectionalLanguageModel class.
For on-the-fly computation, use weight_layers to compute final ELMo representations.
All Set
Ready to go
Verified feedback from other users.
"Generally positive sentiment due to its strong performance in NLP tasks and flexibility in implementation, but some users find the setup and integration complex."
Post questions, share tips, and help other users.

The Unified Platform for Predictive and Generative AI Governance and Delivery.

The only end-to-end agent workforce platform for secure, scalable, production-grade agents.

Architecting Enterprise AI and Scalable Data Ecosystems for the Agentic Era.

Autonomous Data Intelligence for Real-Time Predictive Insights and Neural Analytics.

Agentic Data Orchestration for High-Throughput LLM Pipelines

The comprehensive platform for building data and AI skills through interactive, hands-on learning.