DyCE is a novel approach that decouples design considerations from base models, enabling dynamic switching of exits in real-time. It offers optimized configurations for performance-complexity trade-offs, enhancing model scalability and compression efficiency. By utilizing multiple exits collaboratively, DyCE significantly improves overall system performance compared to individual exits. The proposed search algorithms efficiently generate configurations tailored to specific targets, ensuring fine-grained performance tuning. DyCE's flexibility extends beyond image classification tasks, making it adaptable to various applications and hierarchical models.
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