AI-utilisation platform aids design & manufacturing

MONOZUKURI AI Framework is an AI-usage platform that implements Fujitsu's AI technology, Human Centric AI Zinrai, and is made up of learning databases, AI processing engines, security authentication servers, and so forth. This platform is being offered based on the experience gained from using it as a smart manufacturing platform at Fujitsu's manufacturing locations.

The consulting service will support the implementation of AI technology in customer manufacturing locations by building a learning database for each of the variety of task processes and products in design and production locations, using the MONOZUKURI AI Framework to enable increased AI precision through continuous learning, and also by screening the collected data in response to the customer's needs and the characteristics of their products, tuning the data in order to improve prediction accuracy.

In this way, the service will contribute to the customer's manufacturing transformation, for example, by shortening design studies for printed circuit boards or enabling improved efficiency in setting up production lines, and by providing a system that continuously learns.

In order to make use of AI, it is necessary to extract knowledge and experience from the big data acquired from previous assets and locations, collect it in learning databases, and create a model with it. In manufacturing locations, however, there are all sorts of products and a variety of business processes, such as specification studies, design, validation, and manufacturing, and because standardized models which can provide the high-accuracy predictions and decision processing demanded for each of these cases do not exist, it is necessary to build appropriate models each time.

Fujitsu has developed the MONOZUKURI AI Framework, which can distinguish between and appropriately use learning models for each business process and product, and will offer it as part of a consulting service.

Manufacturing involves all sorts of business processes, such as specification studies, design, validation, and manufacturing, for an array of different products. In order to provide highly accurate predictions and decision processing for each of these cases, different learning databases are built for each.

By undertaking generation management of the learning databases for each cycle of product design and production, the system optimizes itself through continued learning the more it is used, improving prediction accuracy. This means AI can be used even with new products under development, enabling stable operations. The system protects its important learning databases through user authentication and communications encryption.

The system features a standardized set of web APIs, making it easy to link with customers' existing systems and programs. This makes it possible to use AI for prediction and data generation in customers' CAD platforms and production-line machines, for example.

By using AI and inputting the features of a new product, this service can predict the number of layers necessary in the printed circuit board from the learning database. This can enable a reduction in the printed circuit board design process of approximately 20%.

When searching for similar components with 3D models, as when searching with a 3D model of a screw, for example, this service has improved search accuracy to 96% by using AI, as compared to 68% previously. These fast and accurate searches of similar components using AI can be used in a variety of situations, such as re-using design data that used old components of similar shapes, or searching for the use of faulty components in other products.

With programs that use image recognition by production line cameras to detect component positions and shapes, the correct data is learned, and it is possible to automatically create programs that realize highly accurate recognition. In an internal study, compared to an image-recognition engineer developing a program, use of this technology cut development time to one tenth, and improved image-recognition accuracy by up to 97%.

The number of customers considering the use of AI at their manufacturing sites is increasing. However, a lack of precedents has made it difficult to actually move forward with deployment. Through its consulting service, Fujitsu will transform the manufacturing processes of its customers, by continuously improving its AI technologies through issues extraction, POC, data screening, and data tuning.