USAF seeks hardened AI algorithms to guide unmanned aircraft in combat

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USAF seeks hardened AI algorithms to guide unmanned aircraft in combat

机译：USAF寻求硬化的AI算法，以指导无人机在战斗中

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The US Air Force (USAF) is in the early stages of developing artificial intelligence (AI) algorithms hardened against enemy attacks to command aircraft in partnership with human pilots. Will Roper, USAF assistant secretary for acquisition, technology, and logistics, said on 9 June that these algorithms, coined R2D2, would likely be first tested in the USAF's Skyborg autonomous unmanned combat air vehicle (UCAV) prototype. Roper wants to better leverage convolutional neural networks in deep learning that tech firms use to analyse images on social media without human involvement.

机译：美国空军（USAF）正在开发人工智能（AI）算法的早期阶段，以与人类飞行员合作的敌人攻击。 USAF助理和物流助理秘书的瑞郎于6月9日表示，这些算法被创造的R2D2，可能首先在美国空军的天空堡自治无人战斗机（UCAV）原型中进行测试。 Roper希望更好地利用深度学习的卷积神经网络，即科技公司用于在没有人类参与的情况下分析社交媒体上的图像。

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《Jane's Defence Weekly》 |2020年第25期|8-8|共1页
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1. Four U.S. contractors to build AI-equipped unmanned combat aircraft [J] . John Keller Military & Aerospace Electronics . 2020,第9期

机译：四个美国承包商建立AI装备的无人战斗机
2. Northrop Grumman targets unmanned combat concept at USAF and US Navy [J] . PAUL LEWIS, GRAHAM WARWICK Flight international . 2003,第4878期

机译：诺斯罗普·格鲁曼公司（Northrop Grumman）瞄准美国空军和美国海军的无人作战概念
3. USAF chief of staff sees Agility Prime aircraft fulfilling future unmanned logistics missions [J] . Pat Host Jane's Defence Weekly . 2020,第45期

机译：USAF职员的职员看到敏捷性总机履行未来无人物流任务
4. Validation Of The USAF Characteristic K Approach For Long Cracks Under Variable Amplitude Loading And Naturally Occurring Small Cracks Under A Combat Aircraft Load Spectrum [C] . Dinaz Tamboli, Pu Huang, Rhys Jones Conference of the International Committee on Aeronautical Fatigue and Structural Integrity . 2015

机译：在战斗机负载谱下可变幅度负荷和自然发生的小裂缝在长裂缝中的USAF特性K方法
5. Path Planning Algorithms for Unmanned Aircraft Systems with a Space-Time Graph [D] . Steinberg, Andrew. 2021

机译：空时图的无人机系统路径规划算法
6. Universal Adaptive Neural Network Predictive Algorithm for Remotely Piloted Unmanned Combat Aerial Vehicle in Wireless Sensor Network [O] . Hongyang Xu, Guicai Fang, Yonghua Fan, 2020

机译：无线传感器网络中远程驾驶无人机的通用自适应神经网络预测算法
7. Analysis of the use of Unmanned Combat Aerial Vehicles in conjunction with manned aircraft to counter active terrorists in rough terrain [O] . Sen Fatih 2015

机译：分析无人驾驶飞行器与有人驾驶飞机配合使用以抵抗崎terrain地形中的活跃恐怖分子
8. Unmanned Combat Aircraft (UCAV): The Point of View of an Aircraft Manufacturer (Les Avions de Combat Non Habites (UCAV) Le point de vue d'un avionneur) [R] . Condroyer, D. , Helie, P. 2000

机译：无人作战飞机（UCaV）：飞机制造商的观点（Les avions de Combat Non Habites（UCaV）Le point de vue d'un avionneur）

USAF seeks hardened AI algorithms to guide unmanned aircraft in combat

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