Reproducibility in eye-tracking research is increasingly important as researchers conduct diverse experiments and seek to validate or replicate findings. However, exact replication remains challenging due to differences in laboratory practices and experimental setups. Inconsistent stimulus presentation can yield divergent metrics from identical oculomotor behavior, yet the stimulus layer remains largely unstandardized. Existing tools often require programming expertise or depend on specific hardware vendors. We introduce VIVA Stimuli, a web-based platform for standardized eye-tracking stimulus presentation. It provides configurable task types, including fixation, smooth pursuit, cognitive load, blink, slippage, content display, and questionnaires within a unified environment. The platform supports any eye-tracking technology, including wearable and screen-based VOG trackers, LFI sensors, and EOG devices. ArUco markers enable synchronization for trackers with scene cameras, while a WebSocket architecture ensures temporal synchronization for those without. A visual experiment flow editor allows protocols to be exported and shared, enabling identical stimulus replication across laboratories.

翻译：随着研究者开展多样化的实验并寻求验证或复现研究结果，眼动追踪研究的可重复性日益重要。然而，由于实验室实践和实验设置的差异，精确复现仍然面临挑战。即使相同的眼动行为，不一致的刺激呈现也可能导致不同的测量指标，但刺激层标准化程度仍普遍不足。现有工具往往需要编程技能或依赖于特定硬件供应商。我们提出VIVA刺激平台，这是一个基于网页的标准化眼动追踪刺激呈现系统。该平台在统一环境中提供可配置的任务类型，包括注视、平滑追踪、认知负荷、眨眼、滑移、内容展示和问卷。平台支持任何眼动追踪设备，包括可穿戴式和屏幕式视频眼动追踪器、低频成像传感器及眼电图设备。ArUco标记支持带场景相机的追踪器同步，而WebSocket架构则为无场景相机的追踪器提供时间同步。可视化实验流程编辑器可导出和共享实验协议，实现跨实验室的完全一致的刺激复现。