通過HMI（人機工效分析系統(tǒng)），人機環(huán)境同步平臺，結合使用人的行為、生理、眼動追蹤系統(tǒng)進行眼動追蹤數(shù)據(jù)分析，可穿戴動作捕捉系統(tǒng)設備采集動作指令數(shù)據(jù)結合汽車人機工程學理論，從可達性、可視性、可讀性三個維度，利用測量數(shù)據(jù)分析注視點、操控效率、安全性等，全面檢測消費者對車輛HMI設計方案的接受認可情況，從而改進車輛內飾設計，合理布置車載電器操作裝置，改善車輛信息顯示。

隨著機械化、自動化和信息化的高度發(fā)展，人的因素在產品設計與生產中的影響越來越大，人機和諧發(fā)展的問題也就越來越顯得重要，人機工程學在產品設計的地位與作用愈顯出其的重要性。

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.

判別產品符合人機工程學標準

- 產品與人體的尺寸、形狀及用力是否配合；

- 產品是否順手和好使用；

- 防止使用人操作時意外傷害和錯用時產生的危險；

- 各操作單元是否實用；各元件在安置上能否使其意義毫無疑問的被辨認；

- 產品是否便于清洗、保養(yǎng)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