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基于虚拟智能化空间运作研究的全息智能服务员设计 被引量:1

Design of Holographic Intelligent Attendant Based on Virtual Intelligent Space Operation Research
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摘要 目的解决当设计和组织一个商业空间时,必然要对该空间进行大量且较难变更的装饰建设和人力投资,并且需要较长时间才能发挥其经济效益的问题。方法本文提出一个概念--虚拟投影空间。虚拟投影空间是一种以全息投影、人工智能为核心技术的城市建设概念,其特点在于几乎无需实体硬件设施便可实现空间的功能性及视觉性。结果全息智能服务员是建设绿色、环保、生态、智慧城市的手段之一,旨在减轻城市运作对人力资源的过分需求。同时,它能以高科技手段,让用户得到更加新颖智能的功能性体验。因此,生产一种智能便捷、结构简单、节约人力的全息智能服务员,具有广泛的市场前景。本课题组已基于该原理设计了一个应用于空间运作方式的全息智能服务员实例。结论如果该空间在开发时融入大量全息投影技术,将能通过设定设备来改变该区域的周景、环境、视觉效果等。用户将看到他们自己所设定的场景中的人们在干什么,甚至还可以与他们互动、交易。这一切都存在于虚拟空间,几乎无需实体设施便可完成。在小额投资的前提下,这样提升了商业空间的功能性及竞争性。 The paper aims to solve the problem that when designing and organizing a commercial space, there must be a lot of decorative construction which is difficult to change and manpower investment in the space, and it takes a long time to bring its economic benefits into play. This paper proposed a concept of virtual projection space. The virtual projection space is a concept of urban construction with holographic projection and artificial intelligence as the core technology proposed in this paper. Its feature is that it can realize space function and vision without physical and hardware facilities. Holographic intelligent attendant is one of the means of green, environmental protection, ecological and intelligent city construction. It aims to alleviate the excessive demand for human resources in urban operation. It can provide customers with more novel and intelligent functional experience by high-tech means. Therefore, the production of a kind of intelligent, convenient, simple structure, saving manpower holographic intelligent attendant, has a broad market prospects. Based on this principle, our research group designed an example of holographic intelligent attendant applied to space operation mode. If the space is developed with a large number of holographic projection technologies, it will be able to change the region’s perimeter, environment, visual effects, etc., such as going to the glacier century, Jurassic, space, etc. They will see what people are doing and what happens in their own scenarios, and they can even interact and trade with them. All of these exist in the virtual space. They can be completed almost no physical facility is required. Under the premise of small investment, the function and the competitiveness of commercial space are improved.
作者 田宇轩 郑绍江 TIAN Yu-xuan;ZHENG Shao-jiang(Southwest Forestry University,Kunming 650224,China)
机构地区 西南林业大学
出处 《包装工程》 CAS 北大核心 2020年第2期255-261,共7页 Packaging Engineering
基金 西南林业大学科技创新基金一级项目(S17001) 云南省哲学社会科学艺术科学规划项目(A2016YBS009)
关键词 全息投影 人工智能 空间设计 空间运作 holographic projection artificial intelligence space design space operation
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