Performance and energy balance: a comprehensive study of state-of-the-art sound event detection systems
원문 초록
In recent years, deep learning systems have shown a concerning trend toward increased complexity and higher energy consumption. As researchers in this domain and organizers of one of the Detection and Classification of Acoustic Scenes and Events challenges tasks, we recognize the importance of addressing the environmental impact of data-driven SED systems. In this paper, we propose an analysis focused on SED systems based on the challenge submissions. This includes a comparison across the past two years and a detailed analysis of this year's SED systems. Through this research, we aim to explore how the SED systems are evolving every year in relation to their energy efficiency implications.
함께 살펴볼 논문
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Hybrid Disagreement-Diversity Active Learning for Bioacoustic Sound Event Detection
Temporal Attention Pooling for Frequency Dynamic Convolution in Sound Event Detection
Exploring Performance-Complexity Trade-Offs in Sound Event Detection Models
JiTTER: Jigsaw Temporal Transformer for Event Reconstruction for Self-Supervised Sound Event Detection
Leveraging LLM and Text-Queried Separation for Noise-Robust Sound Event Detection
Prototype based Masked Audio Model for Self-Supervised Learning of Sound Event Detection
토론
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