Tehnički vjesnik, Vol. 31 No. 3, 2024.
Izvorni znanstveni članak
https://doi.org/10.17559/TV-20230926000963
Visual Communication Design of Weak and Small Target Images Based on Image Processing Model and Data Fusion
Xu Zhang
; Wuhan University of Communication, Wuhan, Hubei, China, 430205
Sažetak
The essence of computer vision technology is to combine computers with image data to enhance their understanding and perception abilities. One of the major research hotspots in computer vision technology is the object recognition, and in the field of object recognition, a major challenge is the recognition of weak and small target images. In response to the current difficulty in detecting weak and small target images, a visual communication design with image processing models and data fusion was proposed. The Single Shot MultiBox Detector was improved to construct a weak and small target detection model, and the feature fusion method was combined to enhance its weak and small target detection ability. The ablation experiment showed that in contrast with the original model, the improved model improved the detection ability of weak and small targets by 26.54%, and the overall accuracy improved by 11.05%. Two other advanced algorithms were selected for comparison with the research algorithm, and the accuracy of the research algorithm was better, with a higher accuracy of 47.67% -79.56% than the comparison algorithm. The response time was shorter, reaching 0.62 seconds. Visual communication time and success rate performed better, with a communication time lead of 9 s to 19 s and a success rate lead of 16% to 27%. In summary, the algorithm proposed by the research institute has higher accuracy in detecting small and weak images, as well as higher visual communication efficiency and success rate, which has stronger practical significance in the field of computer vision.
Ključne riječi
attention mechanism; detection of weak and small targets; feature fusion; SSD algorithm
Hrčak ID:
316363
URI
Datum izdavanja:
23.4.2024.
Posjeta: 30 *