Memory Care AI Character Designer

谢里登学院将与领先的软件公司Reimagine AI合作，帮助他们在数字角色创作领域实现突破性的解决方案。Reimagine AI致力于打造具有个性和互动功能的人工智能角色。拟议的项目将以研究和开发字符设计、创作和整合为中心，形成一个快速的字符管道。结果将展示字符优化的优势，并将被设计为集成到Reimagine AI的移动处理会话应用程序中。这些化身是轻量级的，高效的计算机生成的无偏见的程式化角色，表现出类似人类的品质。将人工智能驱动的角色与自然的人类模式（包括面部表情、语音和手势）实时结合起来，将支持与人类交流和提供陪伴的能力。该项目将通过简化管道过程和创建结构化、轻量级字符和控制它们的系统来解决几个字符实现问题。通过与Reimagine AI的合作，该应用程序将通过优化数据，有效地产生实时的交流和表达结果。对话式人工智能解决方案的增长潜力和商业应用正在涵盖培训和教育、政府、军事、教学和医疗保健等广泛领域。这个项目的成功将需要一个研究和开发过程，实现计算机图形内容创作的美学、硬件的图形限制、复杂生产和后期生产工作流程的亲密知识之间的紧密耦合和考虑关系，以及软件开发。该项目将使来自数字艺术和计算机科学的谢里登研究人员团队与行业合作伙伴共同开发有利于公司的解决方案，使他们成为提供最先进技术的领导者，以实现虚拟人的沉浸式互动体验，强调社会参与和援助，显著影响公司的收入潜力和就业增长。

Sheridan College will partner with Reimagine AI, a leading software company building AI characters with personality and interactive functionality, to help them achieve breakthrough delivery of solutions within the area of digital character creation. The proposed project will center on research and development of character design, creation and integration into a rapid character pipeline. The results will demonstrate the advantages of character optimization and will be designed to integrate into Reimagine AI's conversational application for mobile processing. These avatars are lightweight, efficient computer-generated non-biased stylized characters that exhibit human-like qualities. The capacity to communicate with humans and provide companionship will be supported in real-time combining AI driven characters with natural human modalities including facial expressions, speech, and gestures. This project will solve several character implementation problems by simplifying a pipeline process and creating structured, lightweight characters and systems to control them. Through collaboration with Reimagine AI, the application will effectively produce Realtime results of communication and expressions by optimizing data. The potential for growth and the commercial application of Conversational AI solutions is growing in a wide range of areas covering training and education, government, military, pedagogy and healthcare. Success within this project will require a research and development process that achieves close coupling and consideration of the relationship between the aesthetics of computer graphics content creation, graphical limitations of hardware, intimate knowledge of complex production and post-production workflows, and software development. The project will enable a team of Sheridan researchers from the digital arts and computer sciences to work together with an industry partner to develop solutions that benefit the company, establishing them as a leader in providing state-of-the-art technology for implementing virtual humans for immersive interactive experiences that emphasize social engagement and aid, significantly impacting the company's revenue potential and employment growth.