timesfm-2.0-500m-pytorch
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Timesfm 2.0 500m Pytorch
Overview :
TimesFM is a pre-trained time series forecasting model developed by Google Research, intended for time series prediction tasks. The model has been pre-trained on multiple datasets and can handle time series data of varying frequencies and lengths. Its main advantages include high performance, strong scalability, and ease of use. The model is suitable for various applications requiring accurate time series data predictions in fields such as finance, meteorology, and energy. It is freely available on the Hugging Face platform, allowing users to easily download and utilize it.
Target Users :
This model is designed for users and businesses that require time series forecasting, such as financial analysts, meteorologists, and energy planners. For those who need accurate predictions of future trends to inform their decision-making, TimesFM offers a powerful tool.
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Use Cases
Finance: Forecasting stock prices, exchange rates, and other financial time series data to assist investors in making more informed decisions.
Meteorology: Predicting temperature, precipitation, and other meteorological data to support weather forecasting.
Energy: Forecasting electricity demand, energy consumption, and other related data to help energy companies with resource planning.
Features
Supports univariate time series forecasting, capable of handling contexts of up to 2048 time points.
Offers 10 quantile heads for generating uncertainty estimates of predictions.
Can process time series data of various frequencies, including high, medium, and low frequencies.
Implemented in PyTorch, making it easy to integrate with existing PyTorch workflows.
Provides API support, allowing predictions from array inputs or pandas DataFrames.
How to Use
1. Visit the Hugging Face model page to download the TimesFM model.
2. Install the timesfm library and follow the instructions on GitHub.
3. Import the timesfm library, initialize the model, and load the pre-trained checkpoint.
4. Prepare your time series data, ensuring the format meets the model requirements.
5. Use the tfm.forecast() or tfm.forecast_on_df() method to make predictions.
6. Analyze the prediction results and perform any necessary post-processing.
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