NBits 實驗室以蜻蜓為主要模型系統，探索跨越神經科學與生物力學的感官運動相互作用，以開發高效的自主科技。其研究涵蓋三個相互關聯的主題：透過電生理學與計算建模，揭示快速視覺引導與目標追蹤策略；結合計算流體力學（CFD）與風洞測試，分析分佈於翅膀上的力學感受器如何處理流體力學動態；以及將這些生物學原理轉化為實際技術應用。此次演講將會具體說明這項研究推動了諸如 DART 追蹤平台與神經型態視覺系統等仿生創新技術，解釋專為複雜環境中的低延遲自主系統營運是如何設計的。

NBits Lab explores sensorimotor interactions at the intersection of neuroscience and biomechanics to pioneer efficient autonomous technologies, using the dragonfly as its primary model system. Their research spans three interconnected themes: uncovering rapid visual guidance and target-tracking strategies through electrophysiology and computational modeling, analyzing how distributed wing mechanosensors process aerodynamic dynamics using CFD and wind-tunnel testing, and translating these biological insights into technology. This work powers bioinspired innovations such as the DART tracking platform and neuromorphic vision systems designed for low-latency autonomous operations in complex environments.