The rapid proliferation of AI technologies has significantly impacted diverse fields, particularly finance. However, many AI models face challenges due to their high computational demands and impracticality for real-time deployment. In this study, we propose a lightweight framework to integrate Bidirectional Long Short-Term Memory (BiLSTM) networks into existing automated forex trading systems, enabling real-time filtering of suboptimal trades. Empirical results demonstrate that the proposed system achieves an 70% reduction in ineffective trades compared to the baseline framework.

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AI-Driven Optimization for Real-Time Forex Trading Systems

  • Mai Van Hoan

摘要

The rapid proliferation of AI technologies has significantly impacted diverse fields, particularly finance. However, many AI models face challenges due to their high computational demands and impracticality for real-time deployment. In this study, we propose a lightweight framework to integrate Bidirectional Long Short-Term Memory (BiLSTM) networks into existing automated forex trading systems, enabling real-time filtering of suboptimal trades. Empirical results demonstrate that the proposed system achieves an 70% reduction in ineffective trades compared to the baseline framework.