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Recent advances in foundation models have transformed time-series analysis. TimeGPT (Garza & Mergenthaler-Canseco, 2023) demonstrated that pre-trained transformers can achieve zero-shot forecasting competitive with task-specific models.
The application of multi-head attention to financial time-series has shown promising results:
$ python experiments/train.py --model attention_ensemble --epochs 200Combining heterogeneous model predictions through learned weighting consistently outperforms individual architectures.
Figure 1: Model Comparison — S&P 500 Daily Returns
While ensemble methods show clear benefits, existing work lacks: (1) adaptive weight learning across market regimes, (2) integration of alternative data sources, and (3) rigorous out-of-distribution evaluation on regime changes.
Find papers on attention-based ensemble methods for financial forecasting and summarize the key approaches
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I found 12 relevant papers and analyzed your project structure. Here's a synthesis:
train.py ensemble approach. View paperconfig.yaml already has multi-variate setup.I noticed your references.bib is missing these. Want me to add the BibTeX entries and update literature-review.md?

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Search papers on arXiv, Semantic Scholar, and PubMed. Download PDFs, index them for semantic search, and auto-generate BibTeX entries for your bibliography.
Write and compile your paper with AI assistance. Check grammar, get a full paper review with feedback, and prepare your manuscript for submission.
Interacts with your project dashboard — aware of your todos, calendar events, emails, reminders, and notes to keep your workflow in context.
Connect external agents via MCP protocol. Run local models with Ollama and auto-detection of the best model for your hardware.
Spawn sub-agents for exploration and planning. Run multiple research tasks in parallel and coordinate complex multi-step workflows.
Execute Jupyter notebooks, modify cells, and run code. Read, write, and edit project files. Navigate your codebase with natural language.
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Follow research topics like Computer Science, Physics, Biology and their subtopics. Get a personalized feed of posts and discussions that match your interests.
Publish markdown notes, tutorials, and insights directly from the platform. Categorize by research field, add tags, and reach the community.
Upvote the best ideas and research. Comment threads on every post. Weighted voting rewards engaged community members.
Follow researchers in your field. See their latest posts, get notified when they publish, and build your academic network.
Submit feature requests, vote on ideas, and track progress on a public roadmap. The community decides what gets built next.
Earn reputation through quality contributions. Unlock badges, climb leaderboards, and build your academic credibility.