Publications by authors named "Oak Yono"
Article Synopsis
- * The researchers improved traditional super-resolution techniques by using dictionary learning and sparse coding, enhancing the mapping of seafloor features through effective data preprocessing.
- * Their method significantly reduced root-mean-square error (RMSE) by 30% compared to standard techniques, especially in complex terrains, leading to higher accuracy and better interpretability in producing super-resolved maps.
Crickets respond to air currents with quick avoidance behavior. The terminal abdominal ganglion (TAG) has a neuronal circuit for a wind-detection system to elicit this behavior. We investigated neuronal transmission from cercal sensory afferent neurons to ascending giant interneurons (GIs).
View Article and Find Full Text PDFOne prominent stimulus to evoke an escape response in crickets is the detection of air movement, such as would result from an attacking predator. Wind is detected by the cercal sensory system that consists of hundreds of sensory cells at the base of filiform hairs. These sensory cells relay information to about a dozen cercal giant and non-giant interneurons.
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