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analysisの製品一覧

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Image and video analysis AI 'Casper' that displays dwell time as a heatmap.

AI aggregates the movements of people and objects over time and displays the dwell time as a heatmap. Advanced quantitative analysis of images and videos is possible.

By using AI, it is possible to temporally aggregate the movements of people and objects and display the dwell time as a heatmap. This enables advanced quantitative analysis of images and videos. For example, it allows for the visualization of people's movement patterns in a specific location. Additionally, it can track the movement of objects within a video and understand those changes over time. By utilizing these features, various analyses and visualizations become possible, which is expected to greatly benefit people's lives and businesses.

  • Security cameras and surveillance systems

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Image and video analysis AI "Casper" for identifying sewing patterns.

It is possible to automatically generate estimates based on the drawings, materials, and specifications related to the order, making the production process more efficient.

By using AI, it becomes possible to identify drawings and automatically calculate sewing estimates. This leads to significant efficiency improvements in the sewing industry. For example, in response to customer orders, it will be possible to automatically identify drawings and provide estimates based on materials and specifications. Additionally, in the sewing process, AI can identify drawings, automating the production process and reducing mistakes and errors. With the widespread adoption of such technology, further development of the sewing industry is anticipated.

  • RPA

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Privacy protection through silhouette: Image and video analysis AI "Casper"

To prevent the identification of individuals from images or videos and to protect privacy, individuals will be rendered as silhouettes.

Features We have developed a silhouette function that makes it difficult to identify individuals using advanced image processing technology and machine learning. This silhouette function can maintain the quality of images and videos while preserving the natural shape of the silhouette. As a result, it has become possible to balance privacy protection with image quality. Use Cases It can be utilized in camera surveillance systems in commercial facilities and transportation systems to prevent the leakage and misuse of personal information. By protecting personal information, it expands the scope of data analysis and research. For example, in medical institutions and nursing facilities, it allows for the analysis of captured images and videos while protecting personal information, enabling early detection of abnormalities and verification of effectiveness. Additionally, in research fields, it allows for various studies by analyzing large amounts of images and videos while protecting personal information. Thus, the silhouette function is expected to be utilized not only for privacy protection but also across various fields.

  • Security cameras and surveillance systems

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Estimating 3D skeletal data from images Video and image analysis AI "Casper"

Using AI-based image processing technology, we estimate 3D skeletal data from video without using a dedicated camera.

Features Using AI-powered image processing technology, it is possible to estimate 3D skeletal data from video. This 3D skeletal estimation function allows for accurate understanding of body movements and postures without the need for specialized equipment such as stereo cameras, enabling the visualization of loads based on changes in joint angles and postures of workers. Use Cases Since it can accurately capture body movements and postures, it is utilized in medical institutions, nursing facilities, and sports fields for applications such as diagnosis and training. Additionally, in industries like construction and agriculture, accurately understanding workers' postures can enhance work safety and improve work efficiency. With ongoing advancements in technology, the application range of AI for estimating 3D skeletons from video is expected to further expand.

  • Security cameras and surveillance systems

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Image and video analysis AI "Casper" that detects contact.

It has a function to detect when people come within a certain distance of each other or make contact, and it measures the number of people in the video to avoid close contact.

There is a detection function for when people come within a certain distance of each other or make contact, as well as a function to measure the number of people in a video to avoid close contact. These functions are expected to be used in public places and commercial facilities. For example, in areas where people tend to be close together, it will be possible to quantitatively grasp the number of people approaching, allowing for appropriate spatial arrangements and measures to be taken. Additionally, using the contact detection function is expected to help prevent the spread of infections. To respond to rapidly changing situations, these functions are anticipated to play an increasingly important role.

  • Security cameras and surveillance systems

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Image and video analysis AI 'Casper' that conducts flow analysis based on human movement paths.

Using AI-based image analysis technology, it is possible to analyze movement paths within stores and factories.

Features By utilizing AI-powered image processing technology, the movement paths of individuals can be visualized, enabling motion analysis. This motion analysis function allows for detailed understanding of where and how individuals are moving with just one camera, without the need for sensors, and can automatically measure movement paths. Additionally, since the movement paths are automatically digitized, data analysis becomes possible. Use Cases By leveraging Casper, more detailed analysis can be achieved in the field by combining it with self-reports from workers, daily reports, and attendance management. Moreover, since there is no burden of attaching sensors, analysis can be conducted both indoors and outdoors. In retail environments, it becomes possible to improve store layouts and enhance employee efficiency, leading to increased work efficiency, cost reduction, and improved safety. Furthermore, data analysis of movement paths allows for the optimization of workflows to reduce burdens and proposals for improvements to prevent human errors. This is expected to contribute to increased productivity, cost savings, and enhanced competitiveness for companies.

  • Security cameras and surveillance systems

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Image and video analysis AI "Casper" that detects changes in state within images and videos.

It is possible to detect changes in the specified range within the video using image analysis technology powered by AI.

Features Using AI-powered image processing technology, it can detect changes in specified areas within a video and send notifications. The target images can be learned from just a few samples, so development is possible even without the large amounts of data typically required for conventional AI development. Additionally, by simply changing the area, the detection target can be altered without the need for retraining. Use Cases It can be used to understand inventory status from changes in product shelves in retail stores and to prevent shoplifting. For example, it can detect when a product is sold out or when new products are added, sending alerts to staff for smooth inventory management. It can also detect when products of interest to customers are moved on the shelves and send alerts to staff to improve customer service. Furthermore, it is expected to help prevent fraudulent activities such as shoplifting by detecting them.

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Image and video analysis AI for flow and behavior analysis at exhibitions and events.

We will analyze the movement routes and display the trajectories, as well as conduct crowd flow analysis to visualize areas with long dwell times using a heatmap.

Features Visitor flow analysis and behavior analysis using image and video analysis AI can accurately grasp the movement routes and dwell points of visitors. Since no sensors or devices are required, installation and removal are easy, allowing for flexible arrangements within the event venue. Additionally, by utilizing AI technology, the accuracy of the analysis is improved, enabling a better understanding of visitor movements. Furthermore, by analyzing the collected data, it is possible to identify visitors' preferences and areas of high interest. Use Cases This technology can be utilized for visitor flow and behavior analysis at exhibitions and events. For example, by installing multiple cameras within the exhibition hall and using AI to track visitor movement, it is possible to identify exhibits and booths that attract high interest from visitors. It can also identify frequently visited spots, such as food and beverage booths, allowing for effective booth placement and event offerings. Understanding visitors' preferences and areas of high interest can be beneficial for planning and managing future events.

  • Security cameras and surveillance systems

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Image and video analysis AI for analyzing visitor flow and determining attributes at outdoor festivals.

The image and video analysis AI tracks which areas visitors visit and the routes they take, collecting attribute information such as gender and age.

Features Through video analysis, it is possible to analyze the movement patterns of attendees at festivals and events, as well as determine attributes such as gender and age. The AI tracks which areas attendees visit and the routes they take, collecting attribute information like gender and age. The analysis results are output in easy-to-read graphs and Excel files, helping event organizers and marketers make data-driven decisions. Additionally, the AI can process large amounts of data quickly and efficiently, allowing for rapid responses. Use Cases By analyzing the movement patterns of attendees at events and festivals, it is possible to optimize the layout and effectiveness within the venue. Understanding attendee attribute information enhances targeting towards specific demographics, allowing for optimized marketing strategies. Furthermore, it contributes to improved security, ensuring safety within the event venue. The image and video analysis AI "Casper" supports enhancing attendee experiences and event management.

  • Security cameras and surveillance systems

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