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Making a successful video game is hard. Even games that are successful at launch may fail to engage and retain players in the long term due to issues with the user experience (UX) that they are delivering. The game user experience accounts for the whole experience players have with a video game, from first hearing about it to navigating menus and progressing in the game. UX as a discipline offers guidelines to assist developers in creating the experience they want to deliver, shipping higher quality games (whether it is an indie game, AAA game, or "serious game"), and meeting their business goals while staying true to their design and artistic intent. In a nutshell, UX is about understanding the gamer’s brain: understanding human capabilities and limitations to anticipate how a game will be perceived, the emotions it will elicit, how players will interact with it, and how engaging the experience will be. This book is designed to equip readers of all levels, from student to professional, with neuroscience knowledge and user experience guidelines and methodologies. These insights will help readers identify the ingredients for successful and engaging video games, empowering them to develop their own unique game recipe more efficiently, while providing a better experience for their audience.
Can we learn through play? Can we really play while learning? Of course! But how?! We all learn and educate others in our own unique ways. Successful educational games adapt to the particular learning needs of their players and facilitate the learning objectives of their designers. Educational Game Design Fundamentals embarks on a journey to explore the necessary aspects to create games that are both fun and help players learn. This book examines the art of educational game design through various perspectives and presents real examples that will help readers make more informed decisions when creating their own games. In this way, readers can have a better idea of how to prepare for and organize the design of their educational games, as well as evaluate their ideas through several prisms, such as feasibility or learning and intrinsic values. Everybody can become education game designers, no matter what their technical, artistic or pedagogic backgrounds. This book refers to educators and designers of all sorts: from kindergarten to lifelong learning, from corporate training to museum curators and from tabletop or video game designers to theme park creators!
This collective volume contains carefully selected papers presented at the international semiotics conference 'Semiotique et pragmatique' that took place in Perpignan on 17 to 19 November, 1983. The volume starts of with four debate papers by Searle, Apel, Greimas and Landowski, and is followed then by the main section which is subdivided by a historical, a theoretical and a practical section.
In recent years, digital technologies have become more ubiquitous and integrated into everyday life. While once reserved mostly for personal uses, video games and similar innovations are now implemented across a variety of fields. Transforming Gaming and Computer Simulation Technologies across Industries is a pivotal reference source for the latest research on emerging simulation technologies and gaming innovations to enhance industry performance and dependency. Featuring extensive coverage across a range of relevant perspectives and topics, such as user research, player identification, and multi-user virtual environments, this book is ideally designed for engineers, professionals, practitioners, upper-level students, and academics seeking current research on gaming and computer simulation technologies across different industries.
This book provides an introduction and overview of the increasingly important topic of gamer psychology and behavior by presenting a range of theoretic perspectives and empirical evidence casting new light on understanding gamer behavior and designing interactive gaming experiences that maximize fun. This book aims to provide a snapshot on research approaches/advances in player psychology and behavior, discuss issues, solutions, challenges, and needs for player behavior research, and report gameplay experience and lessons as well as industry case studies from both social sciences and engineering perspectives. The nine chapters in this book, which are divided into three sections: Neuro-Psychology and Gaming; Player Behavior and Gameplay; Player Psychology and Motivations, do not represent all the topics in the psychology of gaming, however, they include a variety of topics in this field: the effects of violent video games on cognitive processes, the reward systems in the human brain and the concept of 'fun', goal-directed player behavior and game choices, psychological player profiling techniques, game design requirements and player psychology, motivational gamer profiles, and many more. This book is suitable for students and professionals with different disciplinary backgrounds such as computer science, design, software engineering, psychology, interactive media, and information systems. Students will be interested in the theory of gamer psychology and its impact on game design. Professionals will be interested in the fundamentals of gamer behavior and how interactive virtual environments can improve user experience.
This handbook is a valuable resource to anyone involved with improvement of people's lives by replacing, restoring, supplementing and improving motor action, and understanding the neural bases of such functions. While there are several other resources available, there is no handbook such as this one. This handbook addresses the recent and rapid changes in the field of braincomputer interfaces (BCIs). Due to these changes interest in BCI has grown enormously, including interest from computer science researchers with a background in computational intelligence, human-computer interaction, and researchers in entertainment technology.
Game Sound Technology and Player Interaction: Concepts and Developments researches both how game sound affects a player psychologically, emotionally, and physiologically, and how this relationship itself impacts the design of computer game sound and the development of technology. This compilation also applies beyond the realm of video games to other types of immersive sound, such as soundscape design, gambling machines, emotive and fantastical sound to name a few. The application for this research is wide-ranging, interdisciplinary, and of primary importance for academics and practitioners searching for the right sounds.

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