机器人研究方向
发布日期:2021-07-01 03:59:45 浏览次数:3 分类:技术文章

本文共 3460 字,大约阅读时间需要 11 分钟。

  1. Additive Manufacturing
  2. Aerial Systems
  3. Agent-Based Systems
  4. Agricultural Automation
  5. Al-Based Methods
  6. AI in Robotics
  7. Assembly
  8. Automation at Micro-Nano Scales
  9. Automation in Life Sciences
  10. Automation Technologies for Smart Cities
  11. Autonomous Agents
  12. Autonomous Vehicle Navigation
  13. Behavior-Based Systems
  14. Big Data in Robotics and Automation
  15. Biological Cell Manipulation
  16. Biologically-Inspired Robots
  17. Biomimetic Robots and Systems
  18. Biomimetics
  19. Brain-Machine Interface
  20. Building Automation
  21. Cellular and Modular Robots
  22. Cognitive Human-Robot Interactiont
  23. Compliance and Impedance Control
  24. Compliant Joint/Mechanism
  25. Computational Geometry
  26. Computer Vision
  27. Cooperating Robots
  28. Deep Learning in Robotics and Automation
  29. Dexterous Manipulation
  30. Digital, Virtual and Augmented Reality
  31. Distributed Robot Systems
  32. Domestic Robots
  33. Dual Arm Manipulation
  34. Dynamics
  35. Education Robotics
  36. Entertainment Robotics
  37. Environment Monitoring and Management
  38. Factory Automation
  39. Field Robots
  40. Flexible Robots
  41. Force and Tactile Sensing
  42. Force Control
  43. Gesture, Posture and Facial Expressions
  44. Grasping
  45. Grippers and Other End-Effectors
  46. Haptics and Haptic Interfaces
  47. Health Care Management
  48. Human Detection and Tracking
  49. Human Factors and Human-in-the-Loop
  50. Human Performance Augmentation
  51. Human-Centered Automation
  52. Human-Centered Robotics
  53. Humanoid and Bipedal Locomotion
  54. Humanoid Robots
  55. Hydraulic/Pneumatic Actuators
  56. Industrial Robots
  57. Itelligent and Flexible Manufacturing
  58. Intelligent Transportation Systems
  59. Kinematics
  60. Learning and Adaptive Systems
  61. Learning from Demonstration
  62. Legged Robots
  63. Localization
  64. Manipulation Planning
  65. Manufacturing
  66. Mapping
  67. Marine Robotics
  68. Mechanism Design
  69. Medical Robots and Systems
  70. Micro/Nano Robots
  71. Mining Robotics
  72. Mobile Manipulation
  73. Mobile Robotics
  74. Model Learning for Control
  75. Modeling, Control, and Learning for Soft Robots
  76. Motion and Path Planning
  77. Motion Control
  78. Multifingered Hands
  79. Multi-Robot Systems
  80. Nanomanufacturing
  81. Natural Machine Motion
  82. Networked Robots
  83. Neural and Fuzzy Control
  84. Neurorobotics
  85. Nonholonomic Mechanisms and Systems
  86. Nonholonomic Motion Planning
  87. Object Detection, Segmentation and Categorization
  88. Omnidirectional Vision
  89. Optimization and Optimal Control
  90. Parallel Robots
  91. Path Planning for Multiple Mobile Robots or Agents
  92. Perception for Grasping and Manipulation
  93. Performance Evaluation and Benchmarking
  94. Petri Nets for Automation Control
  95. Physical Human-Robot Interaction
  96. Physically Assistive Devices
  97. Product Design, Development and Prototyping
  98. Prosthetics and Exoskeletons
  99. Range Sensing
  100. Reactive and Sensor-Based Planning
  101. Recognition
  102. Redundant Robots
  103. Rehabiltation Robotics
  104. RGB-D Perception
  105. Robot Audition
  106. Robot Companions
  107. Robot Safety
  108. Robotics in Agriculture and Forestry
  109. Robotics in Construction
  110. Robotics in Densely Populated Dynamic Environments
  111. Robotics in Hazardous Fields
  112. Robust/Adaptive Control of Robotic Systems
  113. Search and Rescue Robots
  114. Semantic Scene Understanding
  115. Sensor Fusion
  116. Sensor Networks
  117. Sensor-based Control
  118. Service Automation
  119. Service Robots
  120. Simulation and Animation
  121. SLAM
  122. Social Human-Robot Interaction
  123. Soft Robot Applications
  124. Soft Robot Materials and Design
  125. Soft Sensors and Actuators
  126. Sofware, Middleware and Programming Environmentsv
  127. Space Robotics and Automation
  128. Surgical Robotics
  129. Surveillance Systems
  130. Sustainable Production
  131. Swarms
  132. Task Planning
  133. Telerabotics and Teleoperation
  134. Tendon/Wire Mechanism
  135. Underactuated Robots
  136. Virtual Reality and Interfaces
  137. Visual Learning
  138. Visual Servoing
  139. Visual Tracking
  140. Visual-Based Navigation
  141. Wearable Robots
  142. Wheeled Robots

转载地址:https://miracle.blog.csdn.net/article/details/101232532 如侵犯您的版权,请留言回复原文章的地址,我们会给您删除此文章,给您带来不便请您谅解!

上一篇:那些没有听过且很火概念(持续更新)
下一篇:算法 - 局部最优的避免

发表评论

最新留言

路过,博主的博客真漂亮。。
[***.116.15.85]2024年04月18日 01时30分14秒

关于作者

    喝酒易醉,品茶养心,人生如梦,品茶悟道,何以解忧?唯有杜康!
-- 愿君每日到此一游!

推荐文章

Scala学习第十天 Scala单例对象、伴生对象实战详解 2019-05-03
Scala学习第十一天 Scala中的apply实战详解 2019-05-03
Scala学习第七天 Scala类的属性和对象私有字段实战详解 2019-05-03
Scala学习第六天 Map、Tuple、Zip实战解析 2019-05-03
Scala学习第四天 Scala的For与Function进阶实战、Lazy的使用 2019-05-03
Scala学习第三天 Tuple、Array、May与文件操作入门实战 2019-05-03
Scala学习第二天 Scala函数定义、流程控制、异常处理 2019-05-03
Scala学习第五天 Scala数组操作实战详解 2019-05-03
基于key-value的存储系统Redis 2019-05-03
Scala学习第十二天 Scala中的继承:超类的构造、重写字段、重写方法代码实战 2019-05-03
Scala学习第十三天 抽象类、抽象字段、抽象方法 2019-05-03
Scala学习第十四天 Scala中作为接口的trait、在对象中混入trait代码实战 2019-05-03
Scala学习第十五天 Scala多重继承、多重继承构造器执行顺序及AOP实现 2019-05-03
Scala学习第十六天 包的定义、包对象、包的引用、包的隐式引用代码实战 2019-05-03
Scala学习第十七天 包、类、对象、成员、伴生类、伴生对象访问权限实战彻底详解 2019-05-03
Scala学习第十八天 文件的读取、写入、控制台输入操作代码实战 2019-05-03
Scala学习第十九天 正则表达式、与模式匹配结合的的Reg代码实战 2019-05-03
剑指offer:栈的压入、弹出序列(java) 2019-05-03
剑指offer:往上到下打印二叉树(java) 2019-05-03
剑指offer:二叉搜索树的后序遍历序列(java) 2019-05-03