The Autonomous Data Optical Relay Experiment: first two way laser communication between an aircraft and submarine

[Proceedings] NTC-92: National Telesystems Conference Pub Date : 1992-05-19 DOI:10.1109/NTC.1992.267865

J. Puschell, R.J. Giannaris, L. Stotts

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引用次数: 18

Abstract

The Autonomous Data Optical Relay Experiment (ADORE) was held at the Sea Test Range of the Pacific Missile Test Center off the coast of Southern California near San Nicolas Island during May 22-24 and May 28, 1991. The optical communication system operated with a green downlink based on a diode-pumped frequency-doubled Nd:YAG transmitter communicating with a quartz birefringent filter receiver and a blue uplink using an alexandrite laser wavelength shifted to the 455-nm doublet of cesium vapor sending information to a cesium filter receiver. Major achievements of the test included: first duplex laser communication with a submerged submarine; uplink initiated duplex laser communication from a submarine; demonstration of technologies which offer substantially higher performance at lower cost and risk compared with earlier efforts; extending the range and utility of laser communication by error correction coding and pulse summing; and establishing and experimental baseline for developing and investigating covert laser communication with submarine.<>

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自主数据光中继实验:首次在飞机和潜艇之间进行双向激光通信

自主数据光中继实验(ADORE)在1991年5月22-24日和5月28日在圣尼古拉斯岛附近的南加州海岸附近的太平洋导弹试验中心的海上试验靶场举行。该光通信系统的绿色下行链路是基于二极管泵浦倍频Nd:YAG发射机与石英双折射滤光器接收器通信，蓝色上行链路是使用波长移至455 nm铯蒸汽双波长的亚历山大变石激光向铯滤光器接收器发送信息。测试的主要成果包括:首次与水下潜艇进行双工激光通信;从潜艇上行链路发起的双工激光通信;与早期的努力相比，展示以更低的成本和风险提供更高性能的技术;通过纠错编码和脉冲求和扩展激光通信的范围和用途;为发展和研究与潜艇的隐蔽激光通信建立了实验基准

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[Proceedings] NTC-92: National Telesystems Conference

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