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Intelligent Production Systems
Intelligent Production Systems Working Areas
- Increasing the machine-human interaction within the scope of Industry 4.0, especially with smart technologies using artificial intelligence applications.
- Effective use of smart production technologies together with digital transformation for the development of applications that work in production and production-related ecosystem and create value for customers and stakeholders.
- Increasing production efficiency and creating process-effective solutions with artificial intelligence-based smart solutions in the fields of management of production processes, cost-effective production, optimum production planning, integration of supply chain management with production planning, increasing customer satisfaction.
- Creation and use of joint development sites such as the model factory.
- Durable Production
- Automotive, Machinery, Engine
- Refineries
- Defense
- Chemistry, Pharmaceuticals, Medical Devices
- Food, Food Production, Packaging
COMPETENCY CENTERS
Intelligent Production Systems Application Areas
- Predictive maintenance applications such as product quality estimation and defective part/product detection using methods such as computer image processing.
- Determination of output quality as a result of continuous monitoring with sensors, optimization of factors affecting output quality, prediction of security problems and similar applications.
optimization of the factors affecting the quality of
predicting etc. applications. - The use of blockchain in the supply chain, automated payments or the use of blockchain for information security in the Internet of Things (IoT) environment at the production site.
- Real-time situation analysis of production with artificial intelligence sensors in the industrial Internet of Things (IoT) used in production, application of methods that reduce energy consumption.
- Demand estimation by modeling customer purchasing behavior and thus ensuring warehouse management with minimum cost.
- Implementation of routine and repetitive work in the production area with robot automation (RPA).
- Making production planning and maintenance estimation by creating a digital twin of the production site.
- Educating a new task to autonomous robots by human interaction using reinforcement learning techniques.
- Developing artificial intelligence-based applications that add value in all processes from raw material supply to customer satisfaction in the production process.