为飞行光斑启用物理链接

Zhaowei Tan
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摘要

飞行光斑(FLS)是一种紧凑型无人机,设计有多功能光源,可发出各种颜色和纹理,亮度可调。这项技术在实现 "全息甲板"(holodecks)概念的过程中发挥着至关重要的作用,在 "全息甲板 "中,由 FLS 单元组成的集体蜂群通过算法操作和无缝实时信息交换协作提供照明。这就需要在 FLS 无人机之间建立适当的物理链路 (PHY),对网络基础设施提出了严格的要求。本文介绍了基本要求,探讨了适合建立物理链路的各种技术,并提出了一个全面的评估计划来比较和评估候选技术。
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Enabling Physical Link for Flying Light Specks
The Flying Light Speck (FLS) is a compact drone designed with versatile light sources that emit diverse colors and textures, offering adjustable brightness levels. This technology plays a crucial role in realizing the concept of holodecks, where a collective swarm of FLS units collaborates to provide illumination through algorithmic operations and seamless real-time information exchange. This necessitates a proper physical link (PHY) among the FLS drones, imposing stringent requirements on the network infrastructure. This paper presents the essential requirements, explores various technologies suitable for establishing the physical links, and proposes a comprehensive evaluation plan to compare and assess the candidates.
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A Conceptual Model of Intelligent Multimedia Data Rendered using Flying Light Specks Orchestrating an Interactive 3D Holodeck Towards a Stable 3D Physical Human-Drone Interaction Enabling Physical Link for Flying Light Specks Flight Patterns for Swarms of Drones
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