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---
license: cc-by-nd-4.0
---
# Time-Series Donations Dataset
## Overview
This repository provides a time-series dataset of donation dynamics over time.
It is intended for experiments in:
- Time-series forecasting
- Trend and seasonality analysis
- Anomaly detection on donation flows
- Benchmarking classical and deep time-series models
The data are organized in a tabular time-series format, with each row representing a time step and each column representing a numerical or categorical feature related to donations.
## Repository Contents
- `time series adv-donations.xlsx`
Main time-series file containing the donation-related data.
(If additional files are later added—e.g., CSV exports or documentation—they can be listed here.)
## Data Schema (example)
Columns may include (adjust to your actual header names):
- `date` or `timestamp`: time index of the observation
- `donation_amount`: total donated amount in the given time window
- `donation_count`: number of donations in the given time window
- `campaign_id` or `channel`: optional categorical identifiers
- Other engineered or contextual features (e.g., weekday, holiday flags, etc.)
## How to Use
This dataset is suitable for:
- Building forecasting models (ARIMA, Prophet, LSTM, TCN, Transformers, etc.)
- Comparing different time-series pipelines
- Exploring seasonality, trends, and external influences on donation behavior
- Teaching and experimentation in time-series modeling
No personal or directly identifying donor information is included in this dataset.
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## Loading the Dataset from Hugging Face
Below are example snippets showing how to download and load the dataset directly from Hugging Face.
### 1. Using `huggingface_hub` + `pandas` (recommended for Excel)
```python
from datasets import load_dataset
# Carica il dataset dal repo Hugging Face (sostituisci con il tuo repo_id)
ds = load_dataset("VillanovaAI/Time-Series-Donations")
# ds è un DatasetDict; si assume che il file CSV/Parquet generi lo split “train”
df = ds["train"].to_pandas() # converte in pandas DataFrame
print(df.head())