Image connection system using matching and image synthesis technology *Demo video available
Using matching and image synthesis techniques, we connect multiple images taken in succession to create a smooth composite image with seamless transitions!
This is a technical appeal from a company specializing in image processing. Using matching and image synthesis technology, we connect multiple images taken in succession. The result is a smooth composite image where the seams are indistinguishable. To demonstrate the "joining (synthesis) performance" of our image stitching system, we intentionally captured images using a poor (highly variable) mechanical system. Each time, the three-dimensional map of the subject shakes significantly, but after capturing and synthesizing the images, the positions of the seams and the smoothness of the brightness at the seams are automatically corrected, making it appear as a single image. This high-quality composite image is obtained rapidly, allowing for real-time display during synthesis. There are many application products that utilize the "image stitching" technology. *For more details, please refer to the PDF materials or feel free to contact us.*
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【Features・Keywords】 - Image stitching (composition) - Matching - Real-time processing
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Applications/Examples of results
We provide image processing technology as added value in various fields such as medical devices, automobiles, televisions, games, inspection equipment, office automation equipment, and manufacturing equipment.
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Company information
Due to our focus on image processing, we have a wide range of applications, including "medical devices," "image processing for automobiles," "inspection equipment," and "wide dynamic range cameras," among others. We have prepared many implementation methods, so if you specify the image processing functions you would like to add to your products, we will consider the implementation specifications, schedule, and costs, and create a "proposal." For image processing software development, we provide implementation methods using algorithms for "learning," "recognition," "search," "image synthesis," and "defect repair," as well as device drivers for PCIe and ARM firmware. In hardware development, we have 27 years of experience with image processing boards using SoC FPGAs from Intel (Altera) and AMD (Xilinx), as well as FFT, labeling IP, image transformation, and more.
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