车辆虚拟仿真人机工程评价功效分析

通过HMI（人机工效分析系统），人机环境同步平台，结合使用人的行为、生理、眼动追踪系统进行眼动追踪数据分析，可穿戴动作捕捉系统设备采集动作指令数据结合汽车人机工程学理论，从可达性、可视性、可读性三个维度，利用测量数据分析注视点、操控效率、安全性等，全面检测消费者对车辆HMI设计方案的接受认可情况，从而改进车辆内饰设计，合理布置车载电器操作装置，改善车辆信息显示。

随着机械化、自动化和信息化的高度发展，人的因素在产品设计与生产中的影响越来越大，人机和谐发展的问题也就越来越显得重要，人机工程学在产品设计的地位与作用愈显出其的重要性。

Our strength is 3D interaction. We empower you to create on-the-fly immersive ergonomics test interactions with vehicle interiors, controls, and dashboard displays, so you can instantly evaluate visibility, reach, headroom, steering wheel angles, and more.

Experience models in real-time 3D via state of the art multiscreen 3D projection systems and stereoscopic head-mounted displays. Render vehicle prototypes at true optical scale and convey a real sense of size and shape. Intuitive navigation and viewing of scenes by naturally moving body and head is the standard with PPT motion tracking.

Streamlining Process Workflows

Our multi-purpose software platform Vizard will streamline your process workflows for evaluating vehicle prototypes and will simulate complex product interactions.  Used throughout the design process and across immersive systems, Vizard’s cross-platform compatibility saves you time and lets you reuse product data. Rely on a flexible 3D engine centered on interactive Virtual Reality environments.

判别产品符合人机工程学标准

- 产品与人体的尺寸、形状及用力是否配合；

- 产品是否顺手和好使用；

- 防止使用人操作时意外伤害和错用时产生的危险；

- 各操作单元是否实用；各元件在安置上能否使其意义毫无疑问的被辨认；

- 产品是否便于清洗、保养及修理。

Applications

• Interactive evaluation of control & display visibility, reach, or headroom

• Perform digital evaluation of vehicle concepts in a 3D virtual  world

• Assess multiple design options against a number of criteria

• Fully understand your vehicle and all of its parts before it has been built

• Superimpose design changes over current designs with Augmented Reality

• Simulate complex driving tasks

Benefits

• Save time and money with a single multi-purpose 3D software platform

• Make informed early-stage design and human factors decisions

• Design higher quality cars more efficiently

• Save months of time and money in overall production