本项目是芬兰坦佩雷大学游戏化研究组设立的科研商业转化项目（Research to Business Project, R2B），目标是设计并研发适用于游戏场景的智能可穿戴设备，通过集成运动追踪以及生理传感器等，重塑游戏化健康体育锻炼习惯。项目组通过初期的创意发散和团队头脑风暴，确立了使用模块化设计和装配设计的原则，使该智能设备既能够以组装好的形态满足日常佩戴场景和需求，又能拆散成功能、构造各不相同的更小模块，以灵活地适应各类不同的游戏类型，追踪多样化的用户游戏行为数据。

This project is a Research-to-Business(R2B) initiative established by the Gamification Group at Tampere University in Finland. Its goal is to design and develop intelligent wearable devices for gaming scenarios which, by integrating motion tracking and physiological sensors, can help reshape gamified healthy exercise habits. Through early-stage ideation and team brainstorming, the project team adopted principles of modular design and assembly-based design, with the aim of creating an intelligent wearable device that can, in its fully assembled form, meet everyday wearing needs, but can also be disassembled into smaller modules with different functions and structures. In this way, it can flexibly adapt to a wide range of gaming scenarios and track diverse types of player behavior data.

为了系统性地探索模块化可穿戴游戏设备的设计空间，我们组织了基于5个低技术体验原型和4个不同品类的测试游戏的绿野仙踪用户实验（Wizard-of-Oz User Experiment）。在实验中，我们模拟并测试了手势识别、运动轨迹追踪、温度反馈、脑电波检测等不同的预期功能模块。对于所获得的用户反馈，我们进行了主题分析和亲和图等质性数据分析，并总结出了一系列设计准则用以指导下一阶段的功能原型设计。详细请见此处。

To systematically explore the design space of modular wearable gaming devices, we conducted a Wizard-of-Oz user experiment based on five low-tech experience prototypes and four test games in different genres. In the experiment, we simulated and tested various anticipated functional modules, such as gesture recognition, motion trajectory tracking, thermal feedback and EEG (brainwave) detection. We then carried out qualitative data analyses of the collected user feedback, including thematic analysis and affinity diagramming, and derived a set of design guidelines to inform the next stage of functional prototype design. For more details, please see here.

目前，该R2B项目通过了Business Finland的第二轮融资，处于筹建初创企业的阶段。下图为下一代功能原型的概念设计。

At present, this R2B project has passed the second round of funding from Business Finland and is now in the stage of preparing to establish a startup company.The figure below shows the conceptual design of the next-generation functional prototype.