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Diabetic retinopathy (DR) is a common cause of vision problems all over the world. However, DR is difficult to detect in the early stages, and the demonstration process is lengthy in any case, even for professionals. As a result, a PC-assisted assignment approach based on deep learning calculations has been expanded to automatically diagnose the cause of diabetic retinopathy by dividing shading retinal body structure photographs into two evaluations. This paper provides a convolutional neural system model which is prepared with a plan of learning strategy of exchange. The major difference between the previous models and this proposed work is that the binocular body structures images are taken as the sources of info. Also, the sets which are used for training are exclusively 28 104 images and set of 7024 images are being investigated. Out of these prediction methods proposed binocular model gives the operating curve of 0.951. When comparing with existing monocular model this value is larger than 0.011. In turn for the verification of binocular design, it trains a model a negative class DR detection, this model is also evaluated on the sets of 10%. The kappa score obtained is 0.829, which will be a larger value than the existing models. [ABSTRACT FROM AUTHOR]