Aesthetic Workshop Business Intelligence Advancement Workshop – Gamification and gaming have been used and studied in a variety of applications related to machine learning and artificial intelligence (AI). Game design is an art, science, craft, or any combination of the three. While humans are quite capable of designing everyday games, it’s a different story if a more complex game needs to be thought of. The design process is particularly complex for AI-powered games that attempt to make sense of a particular aspect of reality. To give the necessary experience, knowledge and specific skills to design these games supported by artificial intelligence, a workshop on “Artificial Intelligence in Game Design and Development” was held at Alfaisal University on April 4, 2023.
Designing games, especially digital ones, requires consideration of a variety of aspects, such as aesthetics, game mechanics, and technological platforms. When talking about intelligent or AI-based game design, we take these aspects into account within the framework of intelligent engines embedded in the game environment and/or game characters. In this workshop, participants explored game “concepts” that can be enhanced using AI. These are fairly abstract concepts of what the rules of the game are, how those rules create a meaningful message, and how they relate to reality. The workshop content is organized to cover the basics of AI in game development and use cases of applied AI in different types of games.
Aesthetic Workshop Business Intelligence Advancement Workshop
Researchers at the Game Innovation Center at Alfaisal University are keen to expand the Game Innovation Lab’s research. Developers and researchers at Alfaisal University focus on independent research into serious, AI-powered gaming technologies. What works and what doesn’t? For example, do people learn better if the game is designed in such a way that players are bound to make mistakes? Not enough research has been conducted in this regard yet.
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Students and faculty at Alfaisal University’s Game Innovation Center develop serious games and design AI-enabled games for research purposes, but they also advise on the design and use of serious games in education, applied health, and engineering training programs. Researchers design, create, or redesign serious games with collaborators from a wide range of applied fields. The team of designers, researchers and developers creates “serious games” in collaboration with professors and researchers from Alfaisal University and beyond. Game concepts range from simple game mechanics to complex (digital) simulation games. The products are often applied in training, teaching, research and policy advice.
“AI in Games” workshops are offered by the Game Innovation Center at Alfaisal University as part of a design or innovation course or as a standalone workshop for 20-30 people per session. The team often adjusts the session topic to suit different topics. The AI in Games workshop aims to form a community, discuss theoretical and practical considerations, and foster the development of research projects focused on AI-powered games.
The workshop was presented by Dr. Areej Al-Wabel, Director of the Al-Faisal Center for Artificial Intelligence Research, and Eng. Hoda Al-Sayed, Director of the Game Innovation Center of Al-Faisal Company. The workshop was also moderated by Ms. Yasmine Musa, coordinator of the Dimensions business accelerator program at Al Faisal Company. These technical workshops are often held in collaboration with Al Faisal’s AI Research Center to create opportunities for interested researchers to build a shared understanding, develop methods and procedures, and develop a roadmap for future research in AI and AI game design.
In the AI in Games workshop series, participants master the craft of game design so they can create that elusive combination of challenge, competition and interactivity that players seek. The “Artificial Intelligence in Game Design and Development” workshop began by examining the basic elements of game design and machine learning; It addresses the broad question of “How can games and artificial intelligence (AI) improve our understanding of the world?” and “How can we use AI to improve the player user experience”? The workshop participants included students from local universities as well as game designers and developers from local game studios who are part of the Dimensions accelerator program at Alfaisal University and who recently joined the accelerator as part of the prizes awarded to the winning teams from the Gamers 8 Gameathon, which was held during the gaming season. Summer 2022.
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Participants’ reflections highlighted how the workshop demystifies the creative process through clear and accessible analysis of formal and exciting systems for AI-powered game design. Use examples of popular games, illustrations of design techniques, and improved frameworks for AI models in game design to enhance participants’ understanding of how game systems work and give them the skills and tools to create engaging and engaging AI-enabled games. The workshop concluded by thanking the participants and organizers and distributing certificates to all participants. The Office of Research, Innovation and Postgraduate Studies issued certificates of thanks to those attending the workshop. Open Access Policy Institutional Open Access Program Special Issues Guidelines Editorial Process Research and Publication Ethics Article Processing Fees Awards Certifications
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Received: July 31, 2023 / Revised: August 21, 2023 / Accepted: August 26, 2023 / Published: August 29, 2023
The visualization of workshop information can influence production management and efficiency. Information can be presented both graphically and non-graphically (for example, in the form of lists or spreadsheets). Graphical representations are intuitive and clear, but currently most of them are based on statistical data, which makes it difficult to convey logical connections between information and cannot help managers make decisions effectively. With the aim of designing a workshop production system with visual processes in small-sized enterprises, the main visualization techniques of the process flow chart are used, including visual design of the process flow chart, process card management, process flow chart versioning, process control, and table monitoring are processed. Production in detail. On this basis, a production management system for the mechanical manufacturing workshop was created using the C#.NET programming language. The main contribution of the research is that the designed system used the process flow chart as the main line through all functional units and integrated all the process data in the process nodes into the process flow chart to realize the graphical monitoring of the workshop production schedule. The visualization technology of process flow chart makes the system user-friendly and easy to understand, which greatly improves the information management and work efficiency of the workshop. In addition, it provides the technical basis for transferring flow-driven production information in the workshop and can serve as a global standard for process unity in workshop production management systems.
Yuan Workshop Company Ltd.
Informatics management of workshop production has historically been a rather weak link in the development of manufacturing informatics [1]. In order to improve the level of workshop information management and help enhance the comprehensive competitiveness of enterprises, many workshop production management systems and environmental management systems (MES) have been developed to address the problem of poor information communication between equipment automation, enterprise resource planning (ERP) and PDM (PDM) systems. And other systems.
Currently, there are many related business software available in the market, such as SAP S/4HANA Manufacturing, Beas Manufacturing for SAP Business One, MS Dynamics 365, and many Chinese business software with independent copyright (such as Yonyou (Beijing, China), Kingdee (Shenzhen, China ), etc.). SAP, a leading developer of business process management software, helps companies of all sizes and industries achieve comprehensive enterprise resource management. Now, SAP S/4HANA can process large amounts of data using advanced technologies like artificial intelligence and machine learning, and its integrated applications can connect all parts of a business to an intelligent group on a fully digital platform. However, the cost is prohibitive and not suitable for SMEs. Beas Manufacturing for SAP Business One is particularly suitable for small and medium enterprise manufacturing. It combines the basic functions of ERP and
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