Experimentally based assessment of signal transmition in human retina

Visual pathway assessment is of the main importance for intelligent systems associated with robotic. In this paper we analyze the techniques for signal transmission assessment. Visual information processing analysis is based on kinetic energy exchange in vivo, i.e. experiments are dealing with blood flow indices and retinal layers in human retina. The significant features of equation related to kinetic energy exchange were identified. Decision-making system was applied following significant features extraction and neural network was developed, which improves the reliability of robot motion control. The proposed approach might be applied for intelligent robotic systems, i.e. computer vision.