All Stories

  1. Recognizing Human Postures Using Two Versions of Dedicated Transformer Network
  2. Humanoid Robot Path Planning Using Rapidly Explored Random Tree and Motion Primitives
  3. From Seeing to Recognising–An Extended Self-Organizing Map for Human Postures Identification
  4. Comparative Analysis of the Clustering Quality in Self-Organizing Maps for Human Posture Classification
  5. A Probabilistic Approach based on Combination of Distance Metrics and Distribution Functions for Human Postures Classification
  6. Preview Control applied for humanoid robot motion generation
  7. Predicting Human Activity – State of the Art
  8. Feasibility Study of Upper Limb Control Method Based on Electromyography-Angle Relation
  9. Transforming Biological Patterns into Robot Concepts
  10. The Measure of Motion Similarity for Robotics Application
  11. Analysis and Recognition of Human Postures for Robotic Applications
  12. Control System for Humanoid Robot
  13. Self-Localization of the Unmanned Aerial Vehicle Taking Into Account the Variable Orientation of the Camera
  14. The Measure of Motion Similarity for Robotics Application
  15. Online detection of weld surface defects based on improved incremental learning approach
  16. Simple Method for Humanoid Robot Posture Design
  17. Vision Based Navigation Securing the UAV Mission Reliability
  18. Cybersecurity of Robotic Systems: Leading Challenges and Robotic System Design Methodology
  19. An Adversarial Explainable Artificial Intelligence (XAI) Based Approach for Action Forecasting
  20. Variable Inverted Pendulum Applied to Humanoid Motion Design
  21. Control System Design for Human Assisting Robot
  22. Biologically Inspired Motion Design Approaches for Humanoids and Walking Machines
  23. Indoor Robot Navigation and Mapping Using Sensory Fusion
  24. Prognosing Human Activity Using Actions Forecast and Structured Database
  25. Controlling the Posture of a Humanoid Robot
  26. Slip reduction method dedicated for autonomous wheeled platforms
  27. Solution of an inverse kinematics problem using dual quaternions
  28. Synthesis of Reference Trajectories for Humanoid Robot Supported by Genetic Algorithm
  29. Celebrations for the 50-Year Anniversary of IFToMM
  30. Celebrations for the 50-Year Anniversary of IFToMM
  31. Data Transmission and Management System for Robotized Welding Station
  32. Design Study of 6-DOF Grinding Robot
  33. Kinematics Modeling and Analysis of Manipulator Using the Dual Quaternion
  34. Model Based Control for Slip Reduction
  35. Research of the Dual-rotor System with Spring Characteristics
  36. Seismic Response Study of the Tower of a 3 Rotors- Horizontal Axis Wind Turbine
  37. Table of contents
  38. Structural Design and Kinematics Analysis of a Heavy Load Manipulator
  39. Activities Prediction Using Structured Data Base
  40. Comparative study of muscles effort during gait phases for multi-muscle humanoids
  41. Finite state automaton based control system for walking machines
  42. Simplified Method for Humanoid Robot Gait Generation
  43. Motion Planning for a Humanoid Robot with Task Dependent Constraints
  44. Advances in Mechanism and Machine Science
  45. EMG during walking
  46. Forecasting human actions
  47. Study of human posture adjustment
  48. Variable structure robot control systems: The RAPP approach
  49. Robot motion synthesis using ground reaction forces pattern. Analysis of walking posture
  50. How to hold humanoid robot up-right posture
  51. Predicing motion trajectories
  52. simplified model of human motion dynamics
  53. The intelligent supports system for machinning the flexible parts
  54. Internation students education - the needs and requirements
  55. how to maje the walking machine energy efficient by the design
  56. prognozing human motion trajectories
  57. actuator with compliance
  58. how to adjust robot posture
  59. State of the art in service robotics
  60. Optimizing the walking machines design considering energy spendings
  61. Control system archtecure
  62. compliant elements if robotic feet
  63. models of slip control
  64. Overview of the needs of space robotics with the focus on walking machines
  65. Motion planning of complex robotic system
  66. what is the role of feet compliance in locomotion
  67. Path planning for robotized mobile supports
  68. A simple and efficient implementation of EKF-based SLAM relying on laser scanner in complex indoor environment
  69. Jan Oderfeld (1908–2010)
  70. A special system for machnning the flexible parts
  71. Task planning for cooperating self-reconfigurable mobile fixtures
  72. Control and programming of a multi‐robot‐based reconfigurable fixture
  73. Biologically Oriented Subjects in European Master on Advanced Robotics - Sharing the Teaching Experience
  74. Design Issues and Robots Autonomy
  75. Postural Equilibrium in Two-Legged Locomotion
  76. How the compliant feet supports the gait stability. The importance od compliance in locomotion.
  77. Synthesis of control law considering wheel–ground interaction and contact stability of autonomous mobile robot
  78. Robotized machining of big work pieces: localization of supporting heads
  79. REAL-TIME BIPEDAL WALKING GAIT ADJUSTMENT MODES BASED ON A TRUNCATED FOURIER SERIES MODEL
  80. Selected Design Problems in Walking Robots
  81. Control Law Synthesis for Slip Reduction of Wheeled Robot
  82. Autonomous walking machines - discussion of the prototyping problems
  83. Walking machine motion synthesis
  84. avoiding wheels slippage
  85. Biological inspiration used for robots motion synthesis
  86. Robot gait synthesis using the scheme of human motions skills development
  87. Adam Morecki (1929–2001)
  88. Development of Two-legged Robot
  89. A uniform biped gait generator with offline optimization and online adjustable parameters
  90. Educational Walking Robots
  91. Autonomous Stride-Frequency and Step-Length Adjustment for Bipedal Walking Control
  92. Parallel manipulator POLMAN with isotropic properties dedicated for fast manipulation
  93. Adjustable Bipedal Gait Generation using Genetic Algorithm Optimized Fourier Series Formulation
  94. Romansy 16
  95. Real-time-based control system for a group of autonomous walking robots
  96. Control and navigation aspects of a group of walking robots
  97. Autonomous navigation in walking machines
  98. Bilogical aspect of locomotion
  99. Biological Aspects of Locomotion
  100. Motion Synthesis
  101. Control systems of autonomous robots
  102. Mechanical design of multifunctional quadruped
  103. Multifunctional walking quadruped
  104. Development of a walking machine: mechanical design and control problems
  105. Analysis of Quadruped LAVA Features: Speed, Energy Efficiency and Selected Motion Abilities
  106. An efficient foot-force distribution algorithm for quadruped walking robots
  107. Three methods for investigating, assessing and supporting the normal and pathological gait and manipulation activity
  108. A novel design solution for walking machine leg
  109. Quadruped Free Gait Generation Based on the Primary/Secondary Gait
  110. Walking Machines
  111. Quadruped free gait generation for straight-line and circular trajectories
  112. Design of autonomous hexapod
  113. Walking machine position and force control
  114. Design of a quadruped walking machine for terrain adaptation
  115. Quadruped free gait generation combined with body trajectory planning
  116. Designing the legs trajectories and steps
  117. Biological patterns applied in walking machines
  118. Gait Rhythm Generators of a Two Legged Walking Machine
  119. Coupled oscillators utilised as gait rhythm generators of a two-legged walking machine
  120. Coupled oscillators utilised as gait rhythm generators of a two-legged walking machine
  121. Methods of modelling of walking machine gaits
  122. Bilogical inspiration used for motion synthesis
  123. Sensor measuring tangential forces
  124. Sensor-Based Reactive Robot Control
  125. Quadarujped Walking Machine — Creation. of the Model of Motion
  126. Robots and Biological Systems: Towards a New Bionics?
  127. Locomotion of a Machine of a Static Crawler Type: Gait Modelling
  128. History of Service Robots
  129. Shear force sensor for robots
  130. History of Service Robots
  131. Development of Walking Machines; Historical Perspective
  132. Design of Simple Humanoid Dedicated to the Research on the Gait Synthesis
  133. Nicolaus Copernicus (1473–1543)
  134. Biologically Inspired Motion Planning in Robotics
  135. Reliable and Adjustable Biped Gait Generation for Slopes Using a GA Optimized Fourier Series Formulation
  136. Vehicle Dynamics of Redundant Mobile Robots with Powered Caster Wheels
  137. Prototypes of walking machines: motion synthesis
  138. Control system of walking robot
  139. Bipedal locomotion control using a four-compartmental central pattern generator
  140. Biological inspirations ued for motion synthesis
  141. Wheel-ground interaction modelling and torque distribution for a redundant mobile robot
  142. A stability analysis of walking robots based on leg-end supporting moments
  143. summary of service robotics