• 原文创作
  • vip
    会员
    • 我的主页 个人中心 退出登录 登录网站，可立即获得以下权益：  收藏有用内容  阅读优质知识  进行评论互动  分享有用知识 立即登录
    评论 {{commentNum}}
    avatar
    {{ item.user.nickName }}
    {{ item.auditTime }}
    {{ item.content }}
    评论
    删除
    {{ reply.content }}
    回复
    删除
    avatar
    {{userInfo.nickName}} {{userInfo.nickName}}
    {{userInfo.userAuthName}}
    {{userInfo.userAuthName}}
    136
    文档
    1.5m
    阅读
    40k
    粉丝
    私信
    相关推荐
    Cooperative formation control of fixed-wing UAVs based on deep reinforcement learning
    0阅读
     · 
    0点赞
    Challenges and technologies for networked multiple UAVs cooperative control
    0阅读
     · 
    0点赞
    Persistent coverage of UAVs based on deep reinforcement learning with wonderful life utility
    1阅读
     · 
    0点赞
    Decentralized Cooperative Search by Networked UAVs in an Uncertain Environment
    0阅读
     · 
    0点赞
    Decentralized cooperative search by networked UAVs in an uncertain environment
    1阅读
     · 
    0点赞
    Decentralized cooperative search by networked UAVs in an uncertain environment
    0阅读
     · 
    0点赞
    Deep Reinforcement Learning Based UAVs Trajectory Optimization for Maximum Communication Coverage of Users
    1阅读
     · 
    0点赞
    Cooperative Target Pursuit by Multiple Fixed-wing UAVs Based on Deep Reinforcement Learning and Artificial Potential Field
    1阅读
     · 
    0点赞
    Hierarchical Deep Reinforcement Learning for Backscattering Data Collection With Multiple UAVs
    1阅读
     · 
    0点赞
    Multiple cooperative UAVs target tracking using Learning Based Model Predictive Control
    1阅读
     · 
    0点赞
    找对属于你的技术圈子
    回复「进群」加入官方微信
    为你推荐
  • Multiple cooperative UAVs target tracking using Learning Based Model Predictive Control
    使用基于学习的模型预测控制进行目标跟踪的多架合作无人机
  • A Fast Decentralized Scheduling Method of Cooperative Localization Based on Actor-Critic Deep Reinforcement Learning
    基于Actor-Critic深度强化学习的协同定位快速分散调度方法
  • Deep Reinforcement Learning Attitude Control of Fixed-Wing UAVs
    固定翼无人机深度强化学习姿态控制
  • Leveraging UAVs for Coverage in Cell-Free Vehicular Networks: A Deep Reinforcement Learning Approach
    利用无人机覆盖无细胞车载网络：深度强化学习方法
  • An Efficient Deep Reinforcement Learning Framework for UAVs
    高效的无人机深度强化学习框架
  • Trajectory decentralized fuzzy control of multiple UAVs
  • Trajectory decentralized fuzzy control of multiple UAVs
    多无人机轨迹分散模糊控制
  • Deep Reinforcement Learning-Based Diving/Pull-out Control for Bioinspired Morphing UAVs
    以深强化学习为基础的深强化学习式潜水/排出控制,用于控制受生物刺激的摩托无人驾驶飞行器
  • Distributed cooperative control of multiple UAVs with uncertainty
    具有不确定性的多架无人机的分布式协作控制
  • Cooperative Control of Multiple UAVs for Source Seeking
    用于源源搜索的多无人驾驶航空器的合作控制
    • {{viewlikeslist.praiseCount}}点赞
    {{viewlikeslist.rewardCount}}赞赏
    {{viewlikeslist.collectCount}}收藏
    {{viewlikeslist.treadCount}}踩     {{viewlikeslist.marketCount}}分享
    文档下载
    {{originName}}.pdf
    文档价格: {{payAmount * 100}}币
    微信支付扫码支付下载
    扫码即表示接受《下载须知》
    还需支付金额: ¥{{payAmount}} ({{Math.floor(payAmount * 100)}}金币)

    • 使用微信扫码完成付费即可下载，详询用户协议和隐私政策

    现在开通VIP，本文档享专属折扣

    赞赏作者的才华

    {{userInfo.nickName}}
    {{ item }}
    确认微信支付