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摘要：本文就展示设计中的空间形象（视觉形态）与虚拟现实技术所涉及的相关问题进行探讨，着力打造独特的展示形象，以及利用VR等前沿技术展示bmwI系列在未来生活中的创造以及在环保方面做出的创新。43234
在汽车业“节能环保”之风劲吹、新能源汽车成为行业发展未来方向之时，长久以来的高档车销量冠军宝马推出i 系列电动车。与其他一些在新能源规划上采取保守战略的车企不同，宝马在新能源汽车领域的步伐较为激进。
将i系列创立为全新子品牌，从零开始研发i3和i8，宝马以“天生电动”为傲。宝马认为i系列是具有划时代的创新车型。该公司认为，只有完全按照电力驱动特点设计开发全新的电动汽车，才能真正实现电动出行的初衷——汽车社会的可持续发展。为此，宝马不惜花大价钱打造i系列，高性能电池组和碳纤维材料成本耗资巨大。从i系列可以看出，宝马在新能源战略上是一个追求完美的理想主义者。
宝马I3特别研发了联动驾驶科技，增加了动态里程碑功能，具有路径规划和可用行程，帮助驾驶者选择最优路径，同时，系统也会通知驾驶者是否需要充电，以及附近可用的充电站信息。
毕业论文关键字：空间形象（视觉形态）、展示设计、联动驾驶、新能源
How to change the life of science and Technology (environmental protection) - I BWM series display design
Abstract: This paper shows related issues involved in the design of space image and virtual reality technology are discussed, and strive to create a unique image of the display, and the use of VR cutting-edge technology show BWM I Series in the future life in the creation.
In the automotive industry, "energy saving and environmental protection" of the wind blowing, the new energy vehicles become the future direction of development of the industry, and for a long time the luxury car sales champion BMW launched I series of electric vehicles. With other car companies in the new energy plan to take a conservative strategy, BMW's new energy vehicles in the field of the pace of more radical.
I series was founded as a new sub brand, from scratch R & D I3 and I8, BMW to "born electric" proud. BMW believes that the I series is a landmark innovation models. The company believes that only fully in accordance with the characteristics of the power driven design and development of new electric vehicles, in order to truly achieve the original intention of electric travel - the sustainable development of the automotive community. To this end, BMW is not willing to pay big bucks to build I series high performance batteries and carbon fiber material cost is expensive. As can be seen from the I series, BMW in the new energy strategy is a pursuit of the perfect ideal.
The BMW I3 especially the development of the driving linkage technology, increases the dynamic landmark function, with path planning and the available travel, helps the driver to choose the optimal path, at the same time, the system will inform the driver whether need to charge, and available near the charging station information.
目录
封面 1
摘要 2
一、绪论 4
1.1 研究的目的与意义 4
1.2国内外研究的背景及发展情况 4
1.3 研究方法与手段 5
1.4 研究思路 5
二、视觉形态的暗示 6