All Stories

  1. Quaternions in Kinematics
  2. Quaternions in Kinematics
  3. Design of a Robotic Rowboat
  4. A Minimally Autonomous Robot Walker
  5. A steerable robot walker driven by two actuators
  6. The Design of a Multi-legged Modular Walking Robot
  7. Design of Continuum Mechanisms with Target Motions
  8. Manufacture of a Folding Continuum Mechanism
  9. Design and Actuation of a Skeleton for a Robotic Fish
  10. The design of coiling and uncoiling trusses using planar linkage modules
  11. Design Elements Inflatable Origami-Based Forceps
  12. Kinematic Synthesis of a Modified Jansen Leg Mechanism
  13. Numerical Continuation on a Graphical Processing Unit for Kinematic Synthesis
  14. Design of a Continuum Mechanism that Matches the Movement of an Eight-bar Linkage
  15. Kinematic Design and Evaluation of a Six-Bar Knee-Ankle-Foot Orthosis
  16. A GPU Homotopy Path Tracker and End Game for Mechanism Synthesis
  17. Computation of the Developable Form of a Planar Four-Bar Linkage
  18. Design of Four-, Six-, and Eight-Bar Linkages for Rectilinear Movement
  19. Kinematic Modeling of Origami-Based Forcep Designs
  20. Five Position Synthesis of a Planar Four-Bar Linkage
  21. Six-Bar Linkage Design System with a Parallelized Polynomial Homotopy Solver
  22. Design of a Spatial RPR-2SS Valve Mechanism
  23. Design of a Flapping Wing Mechanism to Coordinate Both Wing Swing and Wing Pitch
  24. Synthesis of a Flapping Wing Mechanism Using a Constrained Spatial RRR Serial Chain
  25. The Design and Manufacture of a Gear-Coupled Serial Chain to Trace the Butterfly Curve
  26. Design of a Spatial Six-Bar Flapping Wing Mechanism for Combined Control of Swing and Pitch
  27. Design of Wearable Lower Leg Orthotic Based on Six-Bar Linkage
  28. Synthesis of Linkages to Trace Plane Curves
  29. Bezier curves can be drawn by coupled serial chains.
  30. A design process to match an assistive device to a client mobility needs
  31. A simplified approach to the design of mechanisms to draw arbitrary algebraic plane curves
  32. Spherical parallel manipulators that have an internal constraints equivalent to hinged joints
  33. Methodology to design a one degree of freedom coupled serial chain to draw a periodic plane curve
  34. A simple micro air vehicle flapping mechanism that controls pitch as well as the swing movement
  35. Rooted Cycle Bases
  36. A systematic procedure for eight-bar linkages starting with a user-specified six-bar loop
  37. Kinematic synthesis via homotopy methods is combined path optimization for a new design capability
  38. Design of Mechanisms to Trace Plane Curves
  39. Singularity Variety of a 3SPS-1S Spherical Parallel Manipulator
  40. A design methodology for one degree-of-freedom systems that guides natural human leg movement
  41. How to design six-bar function generators to control a serial chain to drive biomimetic movement
  42. Kinematic synthesis of Stephenson III six-bar function generators
  43. Design of Stephenson linkages that guide a point along a specified trajectory
  44. The cross domain desktop compositor
  45. Mechanism and Actuation
  46. A Design System for Eight-Bar Linkages as Constrained 4R Serial Chains
  47. Computational Design of Stephenson II Six-Bar Function Generators for 11 Accuracy Points
  48. A Design System for Six-Bar Linkages Integrated With a Solid Modeler
  49. Flexure Design for Eight-Bar Rectilinear Motion Mechanism
  50. Controlling the Movement of a TRR Spatial Chain With Coupled Six-Bar Function Generators for Biomimetic Motion
  51. Rooted Cycle Bases
  52. Automated Generation of Linkage Loop Equations for Planar One Degree-of-Freedom Linkages, Demonstrated up to 8-Bar
  53. Fitting Useful Planar Four-Bar and Six-Bar Linkages to Over-Specified Tasks
  54. Automated Generation of Linkage Loop Equations for Planar 1-DoF Linkages, Demonstrated up to 8-Bar
  55. Synthesis of an NR Robot With Four-Bar Constraining Modules
  56. Synthesis of Useful Eight-Bar Linkages as Constrained 6R Loops
  57. Vehicle Suspension Design Based on a Six-Bar Linkage
  58. Numerical Synthesis of Six-Bar Linkages for Mechanical Computation
  59. Kinematic Synthesis of a Watt I Six-Bar Linkage for Body Guidance
  60. Computer Aided Design of Useful Spherical Watt I Six-Bar Linkages
  61. Synthesis of a Stephenson II Function Generator for Eight Precision Positions
  62. Use of the Jacobian to Verify Smooth Movement in Watt I and Stephenson I Six-Bar Linkages
  63. 21st Century Kinematics
  64. Polynomials, Computers, and Kinematics for the 21st Century
  65. Kinematic Synthesis
  66. Day/Night Polarimetric Anomaly Detection Using SPICE Imagery
  67. Design of a 5-SS Spatial Steering Linkage
  68. Dimensional Synthesis of Planar Six-Bar Linkages by Mechanically Constrain a PRR Serial Chain
  69. Dimensional Synthesis of Six-Bar Linkage as a Constrained RPR Chain
  70. Identification of a Usable Six-Bar Linkage for Dimensional Synthesis
  71. A constraint graph representation of metamorphic linkages
  72. 21st Century Kinematics: Synthesis, Compliance, and Tensegrity
  73. Five Position Synthesis of a Slider-Crank Function Generator
  74. Kinematics, Polynomials, and Computers—A Brief History
  75. Planar Kinematics
  76. Spherical Kinematics
  77. Spatial Kinematics
  78. Algebraic Synthesis of Planar Chains
  79. Algebraic Synthesis of Spatial Chains
  80. Algebraic Synthesis of Spherical Chains
  81. Analysis of Planar Linkages
  82. Analysis of Spatial Chains
  83. Analysis of Spherical Linkages
  84. Clifford Algebra Synthesis of Serial Chains
  85. Graphical Synthesis in the Plane
  86. Introduction
  87. Multiloop Planar Linkages
  88. Multiloop Spherical Linkages
  89. Platform Manipulators
  90. Synthesis of Spatial Chains with Reachable Surfaces
  91. Correlation of environmental data measurements with polarimetric LWIR sensor measurements of manmade objects in natural clutter
  92. Configuration Synthesis of Metamorphic Mechanisms Based on Characteristic Incidence Matrix
  93. Difficulty of Kinematic Synthesis of Usable Constrained Planar 6R Robots
  94. Failure Recovery Planning for an Arm Mounted on an Exploratory Rover
  95. Applications of the Geometric Design of Mechanical Linkages With Task Acceleration Specifications
  96. Seven-Position Synthesis of a Spatial Eight-Bar Linkage by Constraining a TRS Serial Chain
  97. Configuration Based Improved Synthesis of Metamorphic Mechanisms
  98. A design procedure for spherical six-bar linkages
  99. Introduction of the ASME Journal of Mechanisms and Robotics
  100. The algebraic synthesis of a spatial TS chain for a prescribed acceleration task
  101. The synthesis of six-bar linkages as constrained planar 3R chains
  102. Editorial: A New Year, a New Editor, and a New Journal
  103. Five Position Synthesis of Spherical (6, 7) Linkages
  104. Synthesis and Analysis of a Constrained Spherical Parallel Manipulator
  105. Assessment Criteria for the Conceptual Design of Six-Bar Linkages
  106. Kinematic Synthesis With Contact Direction and Curvature Constraints on the Workpiece
  107. Editorial
  108. Editorial
  109. Editorial
  110. Editorial
  111. Editorial
  112. Editorial
  113. Editorial
  114. Editorial
  115. Editorial
  116. Editorial November 2007
  117. Editorial
  118. Kinematic Mapping Based Assembly Mode Evaluation of Planar Four-Bar Mechanisms
  119. Synthesis of Bistable Compliant Four-Bar Mechanisms Using Polynomial Homotopy
  120. Algorithm 857
  121. A Polynomial Homotopy Formulation of the Inverse Static Analysis of Planar Compliant Mechanisms
  122. Editorial
  123. Editorial
  124. Editorial
  125. Editorial
  126. Kinematic Synthesis of Spatial Serial Chains Using Clifford Algebra Exponentials
  127. Editorial
  128. Geometric design of RRP, RPR and PRR serial chains
  129. The synthesis of an RPS serial chain to reach a given set of task positions
  130. Clifford Algebra Exponentials and Planar Linkage Synthesis Equations
  131. Editorial
  132. Editorial
  133. Engineering Design in 2030: Human Centered Design
  134. Editorial
  135. Dual Quaternion Synthesis of Constrained Robotic Systems
  136. Editorial
  137. Editorial
  138. Generalized Linear Product Homotopy Algorithms and the Computation of Reachable Surfaces
  139. Geometric Design of Cylindric PRS Serial Chains
  140. Geometric Design of Symmetric 3-RRS Constrained Parallel Platforms
  141. Editorial
  142. Kinematic Synthesis of Avatar Skeletons from Visual Data
  143. Editorial
  144. Editorial
  145. IN MEMORIAM: Dr. An Tzu Yang (1923–2003)
  146. Dimensional Synthesis of Bennett Linkages
  147. Editorial
  148. Editorial
  149. Trajectory Planning for Constrained Parallel Manipulators
  150. Editorial
  151. Editorial
  152. Bennett's linkage and the cylindroid
  153. Classification of RRSS linkages
  154. X‐ray guided robotic radiosurgery for solid tumors
  155. Target motion analysis using range-only measurements: algorithms, performance and application to ISAR data
  156. Performance Evaluation of the Grasp of Two Cooperating Robots Using a Type Map
  157. Dual Quaternion Synthesis of Constrained Robots
  158. The Structure of an Extensible Java Applet for Spatial Linkage Synthesis
  159. An Extensible Java Applet for Spatial Linkage Synthesis
  160. Target tracking using range-only measurements: application to ISAR mode of Ingara radar
  161. Dimensional Synthesis of Bennett Linkages
  162. Avoiding singular configurations in finite position synthesis of spherical 4R linkages
  163. Dimensional Synthesis of Spatial RR Robots
  164. The design of spherical 4R linkages for four specified orientations
  165. Burmester Lines of Spatial Five Position Synthesis from the Analysis of a 3-CPC Platform
  166. Interpolation of Spatial Displacements Using the Clifford Algebra of E4
  167. The quartic singularity surfaces of planar platforms in the Clifford algebra of the projective plane
  168. Engineering Design in Industry: Teaching Students and Faculty to Apply Engineering Science in Design
  169. SphinxPC: An Implementation of Four Position Synthesis for Planar and Spherical 4R Linkages
  170. A planar quaternion approach to the kinematic synthesis of a parallel manipulator
  171. Center-point Curves Through Six Arbitrary Points
  172. Constraint Manifold Synthesis of Planar Linkages
  173. A Linkage Type Map for Spherical 4 Position Synthesis
  174. Perspectives in robotic systems
  175. The Synthesis of Planar RR and Spatial CC Chains and the Equation of a Triangle
  176. Determining Burmester Points from the Analysis of a Planar Platform
  177. The Synthesis of Planar RR and Spatial CC Chains and the Equation of a Triangle
  178. Design of the Spatial 4C Mechanism for Rigid Body Guidance
  179. Designing Planar Mechanisms Using a Bi-Invariant Metric in the Image Space of SO (3)
  180. Five Position Synthesis of Spatial CC Dyads
  181. Characterizing the Workspace of the Spherical Image of Cooperating Robots
  182. Planning Grasp Points and Base Locations of Single Robots and Cooperating Robot Systems
  183. Determining maximum payloads for cooperating robots under time-optimal control
  184. Designing Mechanisms for Workspace Fit
  185. A Parameterization of the Central Axis Congruence Associated with Four Positions of a Rigid Body in Space
  186. Kinematic Modules for Singularity-Free Movement With Three Cartesian Freedoms
  187. Time-Optimal Control of Two Robots Holding the Same Workpiece
  188. Dynamic Analysis of a Spherical Four Bar Mechanism
  189. Dynamics of Open and Closed Chain Spherical Mechanisms Using Quaternion Coordinates
  190. Static Analysis of Spherical nR Kinematic Chains With Joint Friction
  191. The number of saturated actuators and constraint forces during time-optimal movement of a general robotic system
  192. Functional constraints as algebraic manifolds in a Clifford algebra
  193. The design and control of a robot finger for tactile sensing
  194. The Image Curve of the Coupler of a Special Spherical Four Bar Linkage
  195. The Image Curve of the Planet in a Spherical Epicyclic Gear Train
  196. The Design of Three Jointed Two-Degree-of-Freedom Robot Fingers
  197. The Image Curve of the Motion of the Planet in a Spherical Epicyclic Gear Train
  198. The Image of the Coupler Motion of a Special Spherical Four Bar Linkage
  199. The differential geometry of curves in an image space of spherical kinematics
  200. On the Scalar and Dual Formulations of the Curvature Theory of Line Trajectories
  201. Discussion: “Instantaneous Properties of Multi-Degrees-of-Freedom Motions—Line Trajectories” (Ghosal, A., and Roth, B., 1987, ASME J. Mech. Transm. Autom. Des., 109, pp. 116–124)
  202. The Instantaneous Kinematics of Line Trajectories in Terms of a Kinematic Mapping of Spatial Rigid Motion
  203. Editorial
  204. Dual Orthogonal Matrices in Manipulator Kinematics
  205. The Generalization of Line Trajectories in Spatial Kinematics to Trajectories of Great Circles on a Hypersphere
  206. Differential Kinematics of Spherical and Spatial Motions Using Kinematic Mapping
  207. On the Relation Between Kinematic Mappings of Planar and Spherical Displacements
  208. Computing the friction forces associated with a three-fingered grasp
  209. On grasping planar objects with two articulated fingers
  210. Discussion: “The Elliptic Polarity of Screws” (Lipkin, H., and Duffy, J., 1985, ASME J. Mech. Transm. Autom. Des., 107, pp. 377–386)
  211. Discussion: Instantaneous Kinematics of a Plane in Spherical Motion (Ting, K.-L., and Soni, A. H., 1983, ASME J. Mech. Transm. Autom. Des., 105, pp. 560–567)
  212. Planar and Spatial Rigid Motion as Special Cases of Spherical and 3-Spherical Motion
  213. Instantaneous Properties of Trajectories Generated by Planar, Spherical, and Spatial Rigid Body Motions
  214. The Curvature Theory of Line Trajectories in Spatial Kinematics
  215. Dimensioning a Constrained Parallel Robot to Reach a Set of Task Positions
  216. Sizing a Serial Chain to Fit a Task Trajectory Using Clifford Algebra Exponentials
  217. Kinematics mappings and robotics
  218. Constraint synthesis for planar n-R robots
  219. Computing the friction forces associated with a three fingered grasp
  220. On grasping planar objects with two articulated fingers
  221. Planning workpiece grasp points for cooperating robot movements