We are making significant progress in the artificial intelligence-supported recommendation system project that we developed specifically for Eryaz Software. This system is built using advanced technologies such as TensorFlow and Keras and is designed to provide the most appropriate recommendations to our customers' users.

The AI-powered recommendation system you are developing is designed to meticulously analyze user behavior through big data analytics and machine learning algorithms. This detailed analysis forms the basis for providing personalized recommendations. By doing this, the system aims to significantly improve the user experience and increase the efficiency of business operations. Your approach at Eryaz involves addressing this through several additional modules, with the work being modular and evolving to be adaptable to any type of data. This method not only provides flexibility in implementation, but also enables the system to evolve with changing needs and market dynamics, making it a robust and future-proof solution.

As a result, the AI-supported recommendation system can increase sales by providing personalized recommendations, encourage repeat purchases by strengthening customer loyalty, optimize inventory management with more accurate demand forecasts, improve marketing strategies by analyzing user behavior, provide competitive advantage and support strategic decision-making processes based on data. can make it happen. With these features, the system can significantly contribute to the profitability and long-term success of the company by improving the efficiency of business operations while improving the customer experience.

It is a source of great excitement for us to share the development process of our project and how it will create value for Eryaz Software's customers. Stay tuned to follow the development of our artificial intelligence-supported recommendation system and be with us on this exciting journey.

#EryazSoftware #ArtificialIntelligence #TensorFlow #Keras #MachineLearning #TechnologyInnovation

Digital ecosystems are examined in this presentation by Asude Beyza Demirboğa, Berke Özkeleş, and Ece Tipici. It begins with a description of these ecosystems and their intricate relationships. The reasons why a digital ecosystem is important are discussed in the next section, with special attention on how it may help people and organizations work together more effectively and be more innovative and adaptable. The final segment explores how to create a robust digital ecosystem through practical measures like stakeholder involvement, technological integration, and strategic planning. The conclusion includes real-world examples of effective digital ecosystem deployments. In today's fast-paced technology context, this overview offers a clear understanding that enables individuals and organizations to grasp, support, and implement digital ecosystems.

Nilhan Süer and Ceren Yazgan recently had an insightful presentation on Digital Farming at Yeditepe University. The presentation commenced with a comprehensive exploration of the Evolution of Agriculture from 1.0 to 4.0. They defined Smart Farming, explaining its significance in optimizing agricultural processes through technology integration. They explored the distinctive agricultural challenges in Turkey and talked about the digital solutions.

The presentation explored the indispensable role of Computer Science Engineering Professions in Digital Farming. Software Architecture was discussed, emphasizing its application in digital farming and the need for this technology in enhancing overall system efficiency. The presentation examined Digital Twin and Decision Support Systems, clarifying their importance in constructing virtual models to facilitate well-informed decision-making. The presentation also delved into the explanation of utilizing Domain Specific Languages for modeling, highlighting how they are applied to customize solutions to meet the specific demands of digital farming. Lastly, the integration of Artificial Intelligence and IoT in agriculture was explored, emphasizing their transformative impact on farm management.

In the conclusion, Nilhan and Ceren provided a global and local perspective on applications in Digital Farming. They highlighted specific applications developed in Turkey and globally, offering a well-rounded understanding of the technological advancements shaping the future of agriculture.

In the delivered presentation, the speaker adeptly explored the realm of digital twins . Digital twins' historical roots were explained, taking participants back to the sources of inspiration and offering a basic understanding of their evolutionary process.Using material from the seminal article "Systems Architecture Design Pattern Catalog for Developing Digital Twins" by Bedir Tekinerdoğan and Cor Verdouw, the speaker skillfully navigated the topic of digital twins in the presentation that was given. The study of Tekinerdoğan and Verdouw was particularly noteworthy as a foundation for comprehending the origins and development of digital twins. The talk focused on how software design plays a crucial part in determining the characteristics of digital twins. Important passages from the cited article were woven into the story in a seamless manner, illustrating design patterns that act as tactical manuals for developers and architects creating digital twins. The discussion centered on the critical role that software architecture plays in defining the properties of digital twins. Essential sections from the referenced article were skillfully integrated into the narrative, showcasing design patterns that serve as practical guides for developers and architects building digital twins.