Memory and Recall of Color Images Using Neural Networks-1 - The Cue-Ball Model based on the Associative Memory Mechanism -

arXiv:2610.41108v1 Announce Type: new Abstract: This paper presents a neural network model for storing and recalling color images of different sizes using the Cue BallRecall Net systems [1,2,3,4,5]. The Cue Ball system consists of a Recall Net composed of multiple memory neurons each responsible for memorizing a single, distinct memory and a large number of neurons that represent image patterns. The images used in this study [6] consist of ten images(see Appendix). The pixel values of these images were converted into digital values and used for subsequent processing. Accordingly, the Cue Ball contains ten Cue neurons, corresponding to the ten images stored in memory. The number of pixels varies among the images, and therefore, the number of Recall neurons comprising the Recall Net also varies accordingly. In this study, the number of Recall neurons was prepared between 106,134 and 360,000, depending on the number of pixels in each image. In this simulation, after the connection weights (wjip, vijp) had been learned, we have used the learning and recall algorithms to investigate whether the Cue neuron which had memorized a specific image could be identified by the Recall Net when that a memorized image has been presented. Therefore, the most important simulation result is which Cue neuron responds when a memorized image is presented to the Recall Net. If the Cue neuron that memorizes the presented image responds, its output can be used to obtain the corresponding image data. By adding a BMP header to the resulting image data, the original memorized image can be accurately recalled.