12/11/2024, 06:37 AM UTC
空气与水下全光通信All-Light Communication Across Air And Water
➀ 研究人员开发了一种原型全光通信网络，能够在空中、陆地和水下环境中实现无缝连接。即使在通信节点在移动车辆上时，该网络也能运行。系统使用移动绿光通信、蓝激光技术、深紫外光和850纳米激光二极管进行各种数据传输。原型设备已在空中和水下环境中进行双向光传输测试，达到4 Mbps的最大带宽。 ➁ 该研究旨在创建一个综合的全光通信网络，结合有线和无线节点，以及不同波长的光源。团队还计划将移动全光通信与其他技术如无线电、声纳和气体集成。 ➂ 该技术可以支持导航、应急响应、研究和在各种条件下的操作等应用。➀ Researchers have developed a prototype all-light communication network that allows seamless connectivity across air, land, and underwater environments. The network can operate even when communication nodes are on moving vehicles. The system uses mobile green light communication, blue laser technology, deep UV light, and an 850-nm laser diode for various data transmission needs. The prototype devices have been tested for bidirectional light transmission across air and underwater environments, achieving a maximum bandwidth of 4 Mbps. ➁ The research aims to create a comprehensive all-light communication network that combines wired and wireless nodes with light sources of different wavelengths. The team also plans to integrate mobile all-light communication with other technologies like radio, sonar, and gas. ➂ The technology could support various applications such as navigation, emergency response, research, and operations in diverse conditions.---
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