THE NOCICEPTIVE WITHDRAWAL REFLEX DOES NOT ADAPT TO JOINT POSITION CHANGE AND SHORT-TERM MOTOR PRACTICE [V2; REF STATUS: INDEXED, HTTP://F1000R.ES/2LR]

The nociceptive withdrawal reflex does not adapt to joint position change and short-term motor practice [v2; ref status: indexed, http://f1000r.es/2lr]

The nociceptive withdrawal reflex is a protective mechanism to mediate interactions within a potentially dangerous environment.The reflex is formed by action-based sensory encoding during the early post-natal developmental period, and it is unknown if the protective motor function of Blushes the nociceptive withdrawal reflex in the human upper-limb

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Pest Detection Based on Lightweight Locality-Aware Faster R-CNN

Accurate and timely monitoring of pests is an effective way to minimize the negative effects of pests in agriculture.Since deep learning-based methods have Aprons achieved good performance in object detection, they have been successfully applied for pest detection and monitoring.However, the current pest detection methods fail to balance the relati

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