Poster Session

Tuesday, November 15, 2011, 3:30 PM – 5:00 PM
Wednesday, November 16, 2011, 3:30 PM – 5:00 PM

Control of Precision Machines

  1. Spatial Micro Manipulation With Thin Wires and Piezo Elements
    Aoyama, H.; Shinoda, A.; Hirata, S. (University of Electro-Communications)
  2. Metrology Assisted Manufacturing
    Elepano, A. (Nikon Metrology, Inc.); and Lightowler (Nikon Metrology UK)
  3. Development of a Magnetic Bearing Stage With Reaction Force Cancellation
    Kim, B.-S.; Ro, S.-K.; Lee, S.; Park, J.-K. (Korea Institute of Machinery & Materials (KIMM))
  4. Characterization of Periodic Disturbances in Rolling Element Bearings Using an Optical Sensor
    Kirsch, N. A.; Cole, D.G.; Vipperman, J. S. (University of Pittsburgh); and Ludwick, S. J. (Aerotech, Inc.)
  5. Vibration Suppression for Impulsive Motion in Direct Drive Linear Stage
    Lin, W.; Lin, W. J.; Yang, G. (Singapore Institute of Manufacturing Technology); and Yuan, H.; Zhong, Z. (Nanyang Technological University)
  6. Conditions And Limitations of the Low-bandwidth Visual-servo Loop in Micro-positioning Applications
    Montes-Solano, C.A.; Wong, C.; Mears, L. (Clemson University); and Ziegert, J. C;( University of North Carolina at Charlotte)
  7. Hydraulic Actuator for Power Joint Mechanism
    Park, K.-T.; Kim, H. M.; Kim, D. H.; Kim, S. J.; Lee, C. D. (Korea Institute of Machinery & Materials (KIMM))
  8. Modeling and Design of a Microscale Multiplexed Temperature Control System
    Phaneuf, C. R.; Pak, N.; Saunders, D. C.; Forest, C. R. (Georgia Institute of Technology)
  9. Position Sensoring Module by Combining Photogrammetry and Projection Pattern
    Zheng, B.; Mullany, B. A.; Morse, E. P. ; Davies, A. D. (University of North Carolina at Charlotte)

Design of Precision Machines and Instruments

  1. Retrofitting a Haas Gt-20 Lathe with an Oil Hydrostatic Spindle
    Arneson, D. A. (Professional Instruments Company, Inc.)
  2. Effect of Joint Stiffness on the Dynamic Performance of Machine Tool
    Fong, F.; Benjamin, R. J. (Benstone Instruments)
  3. Hybrid Systems for High Accurate Trajectory Tracking with Sub Nanometer Resolution
    Glöss, R. (Physik Instrumente (PI) GmbH & Co.KG)
  4. The Measurement of Meso-Scale Torsion Springs
    Jared, B.H.; Saiz, D.; Perry, J. (Sandia National Laboratories)
  5. A Precision Thermal Press for Polymer Processing
    Kiew, C. M.; Tan, J. L.; Teo, T. J.; Lin, W.; Yang, G. (Singapore Institute of Manufacturing Technology); and Lam, Y. C. (Nanyang Technological University)
  6. Design and Control of a Planar 3-DOF Parallel Micro-manipulator
    Lee, C.-W.; Lee, J.-J.; Lee, J.-H.; Lee, M.-G. (Ajou University) and Park, J. K. (Korea Institute of Machinery & Materials (KIMM))

Interferometry and Optics

  1. Form Measurements of Specular Parts by Combining Beam Propagation, Optical Scattering, and Photogrammetry
    Bowes, K. E. Dong, Y.; Mullany, B. A.; Morse, E. P.; Davies, A. D. (University of North Carolina at Charlotte)
  2. Using an Optical Software Package to Analyze Photogrammetry System Errors
    Dong, Y.; Hutchens, T.; Mullany, B. A.; Morse, E. P.; Davies, A. D. (University of North Carolina at Charlotte)
  3. High Powered Frequency Stabilized HeNe Gas Laser with 3.5 mW From a Single Mode
    Ellis, J. D. (University of Rochester); Voigt, D. (VSL Dutch Metrology Institute); Spronck, J. W.; Munnig Schmidt, R.-H. (Delft University of Technology); and Verlaan, A. (TNO Science and Industry)
  4. Aspheric Wavefront Measurement by Reference-Free Wavefront Sensor (RFWS)
    Guo, W.; Chen, I-M. (Nanyang Technological University) and Zhao, L. (Singapore Institute of Manufacturing Technology)
  5. Shack-Hartmann Wavefront Sensor With Digital Scanning
    Guo, W.; Zhao, L. (Singapore Institute of Manufacturing Technology); and Chen, I-M. (Nanyang Technological University)
  6. Two-step Fourier Transform Method for Interferogram Analysis
    Kamiya, K.; Nomura, T.; Matsumoto, K. (Toyama Prefectural University); and Tashiro, H. (Toyama University)
  7. The Influence of Curing Time on Hydroxide Catalysis Bonding Strength
    Kim, H. S.; Reinhardt, K.; Schmitz, T.L. (University of Florida)
  8. Optical Alignment of SAMM to Reduce Cosine Error
    Miller, J. A.; Caskey, G. W.; Hocken, R. J. (University of North Carolina at Charlotte)

Multi-Axis Machine Design

  1. Freedom and Constraint Analysis and Optimization
    Brouwer, D. M.; Boer, S. E.; Aarts, R. G. K. M.; Meijaard, J. P.; Jonker, J. B. (University of Twente)
  2. Design & Fabrication of a Precision Pulsed Valve System for Neutron Imaging
    Fitsos, P.; Edson, S. L.; Hall, J.; Rusnak, B. (Lawrence Livermore National Laboratory)
  3. A Study on a Novel 3-DOF Spherical Motor with the VCM Principle
    Kim, H.; Kim, H.-Y. Woo, S.; Lee, H.; Gweon, D.-G. (Korea Advanced Institute of Science & Technology (KAIST))
  4. Characterization of Translation of Fused Silica Micropipettes in Non-rectilinear Trajectories
    Kodandaramaiah, S. B.; Go, J.; Malik, S. Sondej, N.; Forest, Craig R. (Georgia Institute of Technology); Krijnen, M.; Khatait, J. P.; Aarts, R. G. K. M.; Brouwer, D. M.; (University of Twente); and Boyden, E. S. (Masachusetts Institute of Technology)
  5. Design of Artificial Hip Joint Simulator for Wear Test
    Lee, H. H.; Yang, M. Y. (KAIST); and Lee, S.; Lee, S. E.; Park, J.-K. (Korea Institute of Machinery & Materials (KIMM))
  6. Development of a Novel Compact 3-DOF Out-of-plane Stage
    Lee, H.J.; Kim, H.C.; Kim, H.Y.; Gweon, D.-G. (Korea Advanced Institute of Science & Technology (KAIST))
  7. Development of a Novel Compact 3-DOF Out-of-plane Stage
    Lee, H.J.; Kim, H.C.; Kim, H.Y.; Gweon, D.-G. (Korea Advanced Institute of Science & Technology (KAIST))
  8. Manually Operated Precision Assembly Machine for Building High Power Laser Targets
    Montesanti, R. C.; Edson, S. L.; Lawson, B. L.; Buice, E. S.; Wallace, R. J.; Biesiada, T. A.; Horner, J. B. (Lawrence Livermore National Laboratory); Ruppe, J. A.; Goade, S. J. (General Atomics); Heidl, B. F. and Vonhof, S. A. (Akimia Infrastructure Services, Inc.)
  9. New Prototypes of Micromachine Tools
    Ruiz-Huerta, L.; Caballero-Ruiz, A.; Herrera-Granados, G.; Yañez-Valdéz, R. (Universidad Nacional Autónoma de México)
  10. A Novel Ultrahigh-resolution Monochromator/Analyzer System for an Inelastic X-ray Scattering Spectrometer with 26 Precision Positioning Stages
    Shu, D.; Stoupin, S.; Khachatryan, R. M.; Goetze, K. A.; Roberts, T.; Shvyd’ko, Y. (Argonne National Laboratory)
  11. Modeling and Measurement of H-Bot Kinematic Systems
    Weikert, S. (inspire AG at ETH Zurich); Ratnaweera, R. (FlexFactory); Zirn, O. (Clausthal University of Technology); and Wegener, K. (Institute of Machine Tools and Manufacturing at ETH Zurich)

Nano-Positioning

  1. Design, Fabrication, and Testing of a Moving Magnet Actuator for Large Range Nanopositioning
    Hiemstra, D. B.; Parmar, G.; Chen, Y.; Awtar, S. (University of Michigan – Ann Arbor)
  2. Kinematic Analysis and Control of 3-DOF Parallel Manipulator
    Kim, T.; Lee, M.-G.; Lee, J.-J. Jeon, Y. (Ajou University); and Kim, H.-S. (Institute for Advanced Engineering (IAE))
  3. Analysis of the Cosine Error in Measurements Using the Nanopositioning and Nanomeasuring Machine
    Kreutzer, P.; Füßl, R; Manske, E. (Ilmenau University of Technology)
  4. Progress In Development of an Si-traceable Precision Nanoindentation Platform
    Nowakowski, B. K.; Smith, D. T. (National Institute of Standards and Technology); and Smith, S. T. (University of North Carolina at Charlotte)

Precision Component Design

  1. Design and Development of Small-sized Stepper Motors
    Caballero-Ruiz, A.; Ruiz-Huerta, L.; Armida, R.; Tejeda, E.; Munive, E. (Universidad Nacional Autónoma de México)
  2. Experimental Determination of Nut Stiffness in Ballscrews
    Chung, S.-C. (Hanyang University); and Park, C.-H. (Korea Institute of Machinery & Materials (KIMM))
  3. Thermal Model of Machine Tool Feed Drivetrains
    Ess, M.; Mayr, J.; Wegener, K. (Swiss Federal Institute of Technology – ETH Zurich); and Weikert, S. (inspire AG at ETH Zurich);
  4. Load Bearing Capacity and Stiffness of Porous Journal Gas Bearing Elements in a Vacuum Environment
    Heidler, N.; Tünnermann, A. (Friedrich-Schiller University Jena); and Holub, T.; Risse, S.; Eberhardt, R. (Fraunhofer Institute for Applied Optics and Precision Engineering IOF Jena)
  5. Static Stiffness Tuning Method of Linear Motion Guide of Machine Tool
    Kim, Y.; Lee, C.-H.; Lee, J.-H.; Ha, T.-H. (Korea Institute of Machinery & Materials (KIMM))
  6. Dynamic Surface Roughness Profiler
    Kimbrough, B.T.; Brock, N.; Millerd, James E. (4D Technology)
  7. Micro-fabrication of Macroscopic Transfer Artifact
    Lemmons, T. D.; Hocken, R. J.; Overcash, J. L. (University of North Carolina at Charlotte)
  8. Modeling of Ballscrew Nut Stiffness Including Thermal Effect
    Min, B.-K.; Chung, S.-C. (Hanyang University); and Park, C.-H. (Korea Institute of Machinery & Materials (KIMM))
  9. C-LVDT Toolset Station for Uses in Diamond Machining
    Owen, J. D.; Dutterer, B. S.; Davies, M. A. (University of North Carolina at Charlotte)
  10. Uncertainty Modeling of Ballscrew Nut Stiffness
    Park, C.-I.; Min, Bok-Ki; Chung, S.-C. (Hanyang University); and Park, C.-H. (Korea Institute of Machinery & Materials (KIMM))
  11. The Three-bead Kinematic Coupling
    Shelef, B.; Erez, S. (g2 Engineering)

Precision Machining Processes

  1. Precision Wear Inspection of Single-Crystal Diamond Tool Used in Electroless Nickel Turning
    Chon, K. S. (Catholic University of Daegu); Takahashi, H. and Namba, Y. (Chubu University)
  2. Face Grinding Monitoring and Optimization Through Force Measurements
    Deakyne, T. R.; Marsh, E. R.; Keller, E. E. (The Pennsylvania State University); Vallance, R. R.; Koh; K. H. (nanoPrecision Products); and Knapp, B. R. (Professional Instruments Company, Inc.)
  3. Modeling the Polishing Process With Resilient Diamond Tools for Manufacturing of Complex Shaped Ceramic Implants
    Denkena, B.; Köhler, J.; Turger, A. (Leibniz Universität Hannover)
  4. Suppression of Tool Wear in Diamond Turning of Steels by Surface Modification — Effect of Carburizing
    Furushiro, N.; Yamaguchi, T. (Kansai University); Terauchi, S.; Matsuda, S. (Osaka Yakin Kogyo Co., Ltd.); and Shimada, S. (Osaka Electro-Communication University)
  5. Effect of Vacuum on Wire-sawing as Preliminary Experiment to Lunar Exploration
    Furutani, K.; Fukunaga, S. (Toyota Technological Institute); Okada, T. (Institute of Space and Astronautical Science, JAXA); Saiki, K. (Osaka University); and Ohue, H. (Tokusen Kogyo)
  6. Investigation Into Surface Characteristics of Cylindrical Components Machined using Wire Electrical Discharge Turning (WEDT) Process
    Giridharan, A.; Samuel, G. L. (Indian Institute of Technology Madras)
  7. Manufacturing of High Quality Surfaces on a Fine Grinding Machine With Lapping Kinematics
    Hoffmeister, H.-W.; Hahmann, W.-C. (Technical University of Braunschweig)
  8. Superfinishing of Bearing Rings Using Elastic Bonded Grinding Wheels
    Hoffmeister, H.-W.; Hahmann, W.-C. (Technical University of Braunschweig)
  9. Subcomponent Developments for a Vortex Machining Test Facility
    Howard, S. C.; Chesna, J. W.; Mullany, B. A.; Smith, S. T. (University of North Carolina at Charlotte)
  10. Effects of Internal Micro-defects on Diamond Tool Wear in Precision Cutting — Micro FT-IR Analysis for Internal Micro-defects at the Tool Edge –
    Kaneeda, T.; Torigoe, H.; Iwashita, H. (Okayama University of Science); Shimada, S. (Osaka Electro-Communication University); Obata, K. (Allied Material Ltd.); and Anthony, L. (Waseda University)
  11. Bayesian Updating Using the Markov Chain Monte Carlo Method to Determine Force Coefficients in End Milling
    Karandikar, J. M.; Schmitz, Tony L. (University of Florida); and Abbas, A. E. (University of Illinois at Urbana-Champaign)
  12. Production of TiB 2 Based Ti-B-C Coated Tools for Cutting Titanium Alloy
    Kohzaki, M. (Tokai University)
  13. Optimization of Elliptical Vibration Assisted Machining Process Through Finite Element Modeling
    Lane, B. M.; Dow, T. A.; Scattergood, R. O. (North Carolina State University)
  14. Through-hole Drilling of Soda-lime Glass Plate Using Electroplated Diamond Tool
    Mizobuchi, A. (The University of Tokushima); and Ogawa, H. (Tokushima Prefectural Industrial Technology Center)
  15. Improvement of F inishing Efficiency Considering Contact Behavior of Polishing Pad with Workpiece Surface
    Naito, T.; Sato, M.; Satake, U.; Hirose, K.; Enomoto, T. (Osaka University)
  16. Improvement of Tool Wear Resistance in Steel Cutting by Textured Surface
    Sugihara, T.; Enomoto, T. (Osaka University)
  17. Ultraprecision Microgrooving on Hard Material with Tool Wear Suppression
    Tang, X.; Nakamoto, K.; Ishida, T.; Takeuchi, Y. (Osaka University); and Obata, K. (A.L.M.T. Corporation)
  18. Internal Laser Marking for Higher Retained Strength
    Zhang, C. (Corning Incorporated)

Precision Manufacturing

  1. Microfinishing Precision-ground Surfaces Using Flatstones
    Arneson, H.; Arneson, D. A.(Professional Instruments Company)
  2. Balancing Air Bearing Spindles for Servo Track Writers
    Buezis, M. L.; Knapp, B. R. (Professional Instruments Company, Inc.)
  3. Assembling & Testing a Tapered Roller Bearing Spindle
    Hahn, T.; Liebers, M. J.; Arneson, D. A.; Knapp, B. R. (Professional Instruments Company, Inc.) and Marsh, E. R. (The Pennsylvania State University)
  4. An Air Compressor System for Precision Air Bearing Spindles
    Haugen, S.; Arneson, D. A.; Oss, D. D.; Sanner, S. L. (Professional Instruments Company, Inc.)
  5. A New Machining Cost Calculator (MC2)
    Johnson, M.; Schmitz, T. L. (University of Florida)
  6. Design of a Cryogenic Target for Indirect Drive Ignition Experiments on NIF
    Kroll, J. J.; Bhandarkar, S.; Edson, S. L.; Gonzales, S.; Horner, J. B.; Ellefson, J.; Mapoles, E. R.; Dzenitis, E. G.; Montesanti, R. C.; Taylor, J. S. (Lawrence Livermore National Laboratory); Vonhof, S. A.; Howland, F. (Akima Infrastructure Services, LLC); and Alger, E. T. (General Atomics)
  7. Misaligned Bearings Cause Oval Errors and Size Variations
    Liebers, M. J.; Sanner, S. L.; Knapp, B. R.(Professional Instruments Company, Inc.); and Sheridan, T. (Lorien Consultants Group, Inc.)
  8. Thickness Measurements of the Gas Distribution Layer for a Direct Methanol Fuel Cell
    Pope, M.; Schmitz, T. L.; Cox, P. (University of North Florida)
  9. Freeform Mirror Fabrication by Means of Fast Tool Servo Diamond Turning
    Scheiding, S.; Risse, S.; Gebhardt, A.; Damm, C.; Eberhardt, R.; Tünnermann, A. (Fraunhofer Institute for Applied Optics and Precision Engineering (IOF))
  10. Moore’s Law, the Cloud, the Internet of Things and Precision Engineering
    Smythe, R.A. (R.A.Smythe, LLC)
  11. Web-based Draft Inspection System for Design and Fabrication of Precision Molds
    Song, I.-H.; HChung, S.-C. (Hanyang University)
  12. An Inexpensive Device to Test Climate Control Systems in a Manufacturing Environment
    Stussi, D. R. (Gardner Stussi Tool & Die)
  13. A Study of Influence of Long-period Ground Motion on Semiconductor Industry
    Takahashi, M.; Tatsuzaki, Y.; Yamamoto, K.; Nakashini, Tsutomu (Nikon Corporation)
  14. Deterministic Fabrication of NIC Targets
    Taylor, J. S.; Montesanti, R. C.; Dzenitis, E. G.; Kroll, J. J.; Horner, J. B.; Edson, S. L.; Bhandarkar, S.; Castro, C.; Reynolds, J. L.; Johnson, M. A.; Hamza, A. V. (Lawrence Livermore National Labs); and Alger, E. T.; Nikroo, A. (General Atomics Corporation)
  15. Fundamental Study of Coating Using Electrically Powered Sliders
    Watanabe, A.; Yoshida, T.; Mizoguchi, T.; Kobayashi, Y.; Shirai, K. (Nihon University)
  16. Application of Printed Electronics to SAW Devices on Mobile WiMAX/WiFi Systems
    Watanabe, T. (World Technology Instruments Co., Ltd.)
  17. Application of Precision Engineering in Laser Transverse Pumping 133Cs Brain Magnetometers
    Watanabe, T. (World Technology Instruments Co., Ltd.)

Precision Metrology

  1. Simulation of Stylus Contact Patterns in Profilometry
    Althagafy, K. T.; Chetwynd, D.G. (University of Warwick)
  2. Coordinate Metrology Based on Maximum Conformance to Tolerances for Closed-loop Fabrication
    Barari, A. (University of Ontario Institute of Technology)
  3. Automatic Valve Inspection of Fuel Injection Nozzles with a Focus Variation Instrument
    Danzl, R. ; Helmli, F.; Scherer, S. (Alicona Imaging GmbH)
  4. Metrology of Bullets and Cartridge Casings
    Garrard, K. P.; Dow, T. A.; Sohn, A. (North Carolina State University)
  5. Multi-probe Error Separation Applied to Roundness Circular Flatness and Angularity
    Hale, L. C.; Ummethala, U.; Hench, J. (KLA-Tencor)
  6. Precise Sorting System of Rolling Elements for Bearing
    Hanaoka, H.; Yamazaki, H.; Kino, M.; Handa, J.; Kaneko, N. (Harmonic Drive Systems Inc.); and Uda, Y. (Osaka Electro-Communication University)
  7. Error Motion Estimation of a Hydrostatic Spindle
    Hwang, J.; Shim, J.; Kim, J.-H.; Park, C.-H. (Korea Institute of Machinery & Materials (KIMM))
  8. Development of a Laser-guided Deep-hole Measurement System With Mechanical High Performance Actuators
    Katsuki, A.; Sajima, T.; Ohnishi, O.; Doi, T. (Kyushu University 36); Sato, T.; Ali, M. D. Hazrat (Kyushu University); Murakami, H. (Kyushu Sangyo University); and Berjaud, A. (Institut Français de Mécanique Avancée – IFMA)
  9. Multi-Probe Error Separation to Eliminate the Influence of Ball Bearing Spindle Motion in Process Measurements
    Keller, E. E. (The Pennsylvania State University)
  10. Design, Manufacture and Testing of Nanometer-level Spindle Metrology Testballs
    Knapp, B. R.; Arneson, D. A.; Liebers, M. J. (Professional Instruments Company, Inc.); and Marsh, E. R.; Keller, E. E. (The Pennsylvania State University)
  11. Anisoelastic Sources of Error Motions
    Liebers, M. J.; Sanner, S. L.; Knapp, B. R. (Professional Instruments Company, Inc.); Sheridan, T. (Lorien Consultants Group, Inc.); and Dalrymple, T. M. (University of Florida)
  12. Vertical-axis Effects on Spindles
    Liebers, M. J.; Sanner, S. L.; Knapp, B. R.; Sheridan, T. (Lorien Consultants Group, Inc.); and Dalrymple, T. M. (University of Florida)
  13. Looking In vs. Looking Out at Error Motion and Eccentricity
    Liebers, M. J.; Sanner, S. L.; Knapp, B. R.; Sheridan, T. (Lorien Consultants Group, Inc.) and Dalrymple, T. M. (University of Florida)
  14. Determine of Sub 50 nm CD Metrology Using by AFM
    Liou, H.-C.; Pan, S.-P. (Center for Measurement Standards/ITRI)
  15. Design of a Test Platform to Investigate the Role of Process Vibrations in Precision Polishing
    Mainuddin, M.; Browy, E.; Mullany, B. A. (University of North Carolina at Charlotte)
  16. A Short-range Error Evaluation of a Wavelength Modulation Encoder
    Makinouchi, S.; Watanabe, A.; Takasaki, M. (Nikon Corporation); and Ohara, T.; Ong, J.H. (Nanowave Inc.)
  17. Evaluating Possible Test Artifacts for Five-Axis Machine Tools
    Moylan, S. P.; McGlauflin, M. L.; Fesperman Jr., R. R.; Donmez, M. A. (Nat’l Institute of Standards & Technology); and Blumenfeld, D. (Pennsylvania College of Technology)
  18. Development of an Optical Measurement System for Five-Degrees-of-Freedom Error Motions of a Micro High-Speed Spindle
    Murakami, H. (Kyushu Sangyo University); and Katsuki, A.; Onikura, H.; Sajima, T. (Kyushu University)
  19. Non-contact Dimensional Measurements of Bipolar Fuel Cell Plates
    Muralikrishnan, B.; Ren, W.; Everett, D. S.; Stanfield, E. S.; Doiron, T. D. (National Institute of Standards and Technology)
  20. Metrology of a Precision Plasmonic Lithography Stage
    Ni, K.; Miller, J. A.; Hocken, R. J. (University of North Carolina at Charlotte)
  21. Measuring Positioning Accuracy of Large Machine Tools
    Olarra, A.; Zubieta, M.; Gomez-Acedo, E.; Kortaberria, G. (Tekniker – IK4 Technology Center)
  22. Precision Engineering in the Construction and Alignment of the NIST Calculable Capacitor
    Pratt, J. R.; Wang, Y.; Brandenburg, N.; Stoup, J. R.; Lee, R.; Durand, M.; Lawall, J. R. (National Institute of Standards and Technology)
  23. The New ISO 10360-7:2011
    Salsbury, J. G. (Mitutoyo America Corporation)
  24. Measurement Uncertainty of High Energy Density Science Target Assemblies for the National Ignition Facility
    Seugling, R. M.; Nederbragt, W. W.; Wilson, M. J.; Blobaum, K. J. M.; Peterson, S. C.; Lord, D. (Lawrence Livermore National Laboratory)
  25. Thickness and Stack Height Measurement Uncertainty of Experimental Packages for National Ignition Facility Targets
    Seugling, R. M.; Nederbragt, W. W.; Wilson, M. J.; Blobaum, K. J. M.; McClure, M. D.; Bennett, D. W.; Mercado, G. A.; Vargas, R. J. (Lawrence Livermore National Laboratory)
  26. Simulation and Experimental Investigation on Radial Run-out Error of Rotary Air Bearing Tables
    Shim, J.; Hwang, J.; Park, C.-H. (Korea Institute of Machinery & Materials (KIMM))
  27. Three-dimensional Surface Profile Measurement by Shape-from-focus Method Using MEMS Mirror Orojector
    Tanaka, S.; Mizutani, Y.; Iwata, T. (The University of Tokushima)
  28. Measurement and Compensation of Bar-mirror Flatness And Squareness Error Using High Precision Stage
    Woo, S.; Ahn, D. H.; Gweon, D.G. (Korea Advanced Institute of Science & Technology (KAIST)); and Lee, S. H.; Park, J. (EVERTECHNO Co., Ltd.)
 

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