Last Updated： Aggregation Period:Jan 07, 2026～Feb 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 07, 2026～Feb 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 07, 2026～Feb 03, 2026
This ranking is based on the number of page views on our site.
1～12 item / All 12 items
Compact realization of advanced AI × 3D measurement system.
Compared to existing image processing, ◆ No complex design required for target detection and judgment ◆ For adding or changing varieties, just prepare image data Targets that are difficult to achieve with AI alone can be realized by combining our unique imaging and image processing technology.
Targets that are difficult to achieve with AI alone can be realized by combining our unique imaging and image processing technology!
The "Edge AI × 3D System" can process complex actions in real-time by using a GPU. Target detection, judgment, and measurement can be achieved with just a compact board and a USB 3D camera. Compared to existing image processing, there is no need for complex designs required for target detection and judgment, and for adding or changing varieties, you only need to prepare image data. Our company provides total support from image acquisition to system upgrades, including peripheral device control. 【Features】 ■ Compact realization of advanced AI × 3D measurement system ■ Real-time processing of complex actions using a GPU ■ Achieves target detection, judgment, and measurement with just a compact board and USB 3D camera ■ No need for complex designs required for target detection and judgment ■ For adding or changing varieties, you only need to prepare image data *For more details, please refer to the PDF document or feel free to contact us.
Convert 3DCT to SPECT ventilation imaging
Pulmonary function imaging has been reported to provide valuable information for radiation therapy, and methods have been implemented to minimize dose deposition in high-functioning lung regions. Currently, most lung ventilation and perfusion imaging methods are based on the use of radioisotopes or contrast agents, such as single-photon emission computed tomography (SPECT) and positron-emission tomography (PET). Although these imaging techniques provide much useful information for local lung function, they have disadvantages such as radiation exposure, high cost, and requirement of special equipment. The inventors aimed to obtain lung function images from only 3DCT images taken at each treatment session. In recent years, it has become common to use deep learning (DL) for some tasks in radiotherapy, especially convolutional neural networks (CNN) for image processing. In the past, there have been attempts to convert 4DCT images into SPECT images, but they have not been sufficiently successful. In this study, the inventors developed a DL-based method to directly convert 3DCT images into krypton -81M gas (81mKr-gas) SPECT V images for the first time in the world. The present invention shows the possibility of predicting lung function from CT images alone with high accuracy and is expected to contribute to radiotherapy.
Easily investigate aging changes! The lightweight and compact design significantly improves inspection speed, including travel time.
"Aegis" is an ultrasonic imaging processing system that integrates ultrasonic testing information and positional data on a PC, providing real-time image display. Since all data can be stored within the PC, it allows for playback and data processing at any time. Furthermore, it significantly improves the recordability and objectivity, which were considered drawbacks in ultrasonic testing, enabling the provision of high-speed and highly reliable information. 【Features】 ■ Immediate understanding of the condition of material loss (defects) on-site ■ Data processing capabilities such as calculating the area of material loss (defects) and average plate thickness ■ Excellent visibility of material loss (defects) conditions by displaying as planar images and cross-sectional images ■ Easy investigation of changes over time ■ Lightweight and compact design, resulting in significantly improved inspection speed, including travel time, compared to conventional equipment *For more details, please refer to the PDF document or feel free to contact us.
For radiation inspection such as concrete embedded object surveys and detection of welding defects! We evaluate with high precision and quantitatively.
"NIPS" is an image processing system utilizing a high-performance laser film digitizer that we have developed. After digitizing transmission photographs of piping, equipment, and devices, it allows for a more precise quantitative evaluation of conditions such as corrosion, the presence of foreign objects, and defect status through its rich image processing and measurement functions. 【Features】 ■ Low-density transmission photographs can be converted into images with suitable contrast, leveraging high resolution. ■ Measurements are based on digital values, eliminating individual differences among operators. ■ Processing using low-density transmission photographs is possible (increased efficiency due to reduced exposure time and lower radiation). ■ Inspection records can be saved on hard disks or optical disks (space-saving storage). ■ Output is possible using a high-performance printer (allowing for observation in well-lit conditions). *For more details, please refer to the PDF materials or feel free to contact us.
Providing customized care and treatment plans tailored to the individual needs of patients!
We analyze visual information using AI to support communication between patients, including those with disabilities in medical facilities and at home, and doctors, nurses, and staff. Improvement of accessibility and quality of life is possible. It reduces the burden on medical staff and realizes the efficiency of medical care. Additionally, we provide customized care and treatment plans tailored to the individual needs of patients. 【Technical Details】 ■ Achieves challenging tasks such as lip reading while wearing masks, pupil detection, and fine facial expression recognition. ■ Utilizes advanced AI algorithms and computer vision technology to enable real-time image processing and interpretation. ■ Ensures usability and effectiveness in real-world scenarios based on feedback from patients and caregivers. *For more details, please download the PDF or feel free to contact us.
Custom and contract development of image processing systems (appearance inspection, 3D recognition, dimensional measurement, quantity counting)
The quality demands on the manufacturing industry are increasing year by year. Particularly recently, while low-price competition has intensified, high-quality products are still circulating, making it essential to meet the quality demands of customers and consumers for the maintenance and expansion of business. We will build optimal inspection and measurement systems that contribute to quality improvement, utilizing AI technologies such as machine learning and deep learning for tasks such as appearance inspection, dimension measurement, quantity counting of parts, and 2D/3D shape recognition of humans and objects.
Operating a stable system without HDD.
Are you experiencing issues with stability or HDD (hard disk drive) failures in systems using Windows OS? Our company offers HDD-less systems by embedding the OS, applications, and more onto compact flash memory cards instead of HDDs.
We will talk about automatic inspection using image processing based on our experiences.
Many people might think that automatic inspection through image processing is quite versatile, right? A "universal" image inspection device! That would be nice to have. Even in a world where IT has advanced to this extent, realizing a "universal" image inspection device is difficult, or perhaps impossible? Certainly, if inspection by equipment could be automated, there would be numerous benefits such as stability, continuity, and cost reduction... and so on. But is it really that easy?
You can determine full, mixed, or empty without going to the site using image processing!!
●Features of Toyo Denso - We deliver products tailored to the installation environment, considering design, operability, and maintainability. - We accept custom-made products from one unit to mass production, tailored to customer needs. - We provide a consistent process from proposal ⇒ design ⇒ material ordering ⇒ manufacturing ⇒ product inspection ⇒ installation work ⇒ trial operation adjustment ⇒ handover. *For more details, please contact us.*
Leave all your urethane processing needs to us.
Nomura Processing Co., Ltd. mainly engages in the processing and sales of various types of urethane. We cut urethane blocks, glue them, and perform other processing for sale. We handle a wide range of processing, including furniture for home and store use, as well as items like fruit trays and contents for cases. Please feel free to contact us if you have any requests. 【Industry】 ■ Various urethane processing and sales ■ Furniture manufacturing and sales ■ Sewing industry related to interior design ■ Operations incidental to the above *For more details, please download the PDF or contact us.
It can automatically detect scratches, dirt, and shape changes on items, allowing for the assessment of defective products and aging!
Our company has an "AI image processing technology/platform" that can perform image classification, image detection, and image segmentation in real-time. By using these individually or in combination, various possibilities arise. The platform is based on Open/CV + GAN + edge AI + proprietary learning algorithms. Additionally, we also handle AI real-time style transfer, AI detection security systems, single learning technologies, and more. 【Base】 ■ Image Classification - Identifying what the image is ■ Image Detection - Identifying where and what is in the image ■ Image Segmentation - Identifying the category to which the image belongs *For more details, please download the PDF or feel free to contact us.
