IMPLEMENTING THE NEW AUTOMATIC IDENTIFICATION SYSTEM FOR AIDS TO NAVIGATION IN THE ANTARCTIC

RAÚLS. ESCALANTE; MARIANO L. MARPEGAN

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IMPLEMENTING THE NEW AUTOMATIC IDENTIFICATION SYSTEM FOR AIDS TO NAVIGATION IN THE ANTARCTIC

机译：实现南极航行的辅助工具新的自动识别系统

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Global development and implementation of Automatic Identification Systems for Aids to Navigation (AIS-AtoN) by way of a signaling system, has permitted to mark hazardous and restricted waterways, monitor energy and lighting systems, transmit weather data and generate virtual and synthetic signals, among other functions.

机译：通过信号系统的艾滋病导航（AIS-ATON）的全球开发和实施，允许标记危险和限制的水道，监测能量和照明系统，传输天气数据并产生虚拟和合成信号其他功能。

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《Bulletin de L'Assiociation internationale de signalisation maritime》 |2018年第2期|16-22|共7页
作者
RAÚLS. ESCALANTE; MARIANO L. MARPEGAN;
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HIDROVIA S.A. ARGENTINA;

HIDROVIA S.A. ARGENTINA;

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正文语种 eng
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1. IMPLEMENTING THE NEW AUTOMATIC IDENTIFICATION SYSTEM FOR AIDS TO NAVIGATION IN THE ANTARCTIC [J] . RAÚLS. ESCALANTE, MARIANO L. MARPEGAN Bulletin de L'Assiociation internationale de signalisation maritime . 2018,第2期

机译：在南极实施新的艾滋病自动识别系统
2. Vega Automatic Identification System for Aids to Navigation [J] . Bulletin de L'Assiociation internationale de signalisation maritime . 2016,第1期

机译：Vega辅助导航自动识别系统
3. Construction of a Geographically Oriented Horizon Trihedron in Gyroscopic Orientation Systems Intended to Aid Navigation Dead Reckoning Part 1. Gyroscopic Orientation with a Correctable Pendulum. Implementation in a Free Gyroscope [J] . Ya. I. Binder Gyroscopy and navigation . 2015,第2期

机译：旨在协助航海航位推算的陀螺仪定向系统中地理定向的地平线三面体的构造。第一部分：具有可调节摆锤的陀螺仪定向。在自由陀螺仪中实现
4. Real-Time Implementation of Vision-Aided Navigation for Small Fixed-Wing Unmanned Aerial Systems [C] . Timothy Machin, John Raquet, David Jacques, International Technical Meeting of the Satellite Division of the Institute of Navigation . 2016

机译：小型固定翼无人机系统视觉辅助导航实时实施
5. Design and implementation of a GPS-aided inertial navigation system for a helicopter UAV. [D] . Kastelan, David R. 2009

机译：直升机无人机的GPS辅助惯性导航系统的设计与实现。
6. A Reinforcement Learning Model Equipped with Sensors for Generating Perception Patterns: Implementation of a Simulated Air Navigation System Using ADS-B (Automatic Dependent Surveillance-Broadcast) Technology [O] . Santiago Álvarez de Toledo, Aurea Anguera, José M. Barreiro, 2017

机译：配备用于生成感知模式的传感器的强化学习模型：使用ADS-B（自动相关监视-广播）技术的模拟空中导航系统的实现
7. Implementation and performance evaluation of an inertial navigation system/global navigation satellite system real‐time kinematic Ntrip navigation system aided by a robot operating system‐based emulated odometer for high‐accuracy land vehicle navigation in urban environments [O] . Jorge P. M. Galdames, Carlos E. Milhor, Daniel V. Magalhães, 2020

机译：惯性导航系统的实施与绩效评估/全球导航卫星系统实时运动NTRIP导航系统，其基于机器人操作系统的仿真测量计，用于在城市环境中的高精度陆地车辆导航
8. Real-Time Implementation of Vision-Aided Monocular Navigation for Small Fixed-Wing Unmanned Aerial Systems. [R] . Machin, T. I. 2016

机译：小型固定翼无人机系统视觉辅助单目导航的实时实现。

IMPLEMENTING THE NEW AUTOMATIC IDENTIFICATION SYSTEM FOR AIDS TO NAVIGATION IN THE ANTARCTIC

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