103 results on '"Omodani, Makoto"'
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2. Electronic Tile as an Energy Saving Reflective Display Component for Wall Decoration
3. Development of Electronic Tile for Decorating Walls and 3D Surfaces
4. Improvement of Visible Region in Volumetric 3D Display Using a Rotating Helical Screen
5. Dependence of 3D Image Contrast on Ceiling/Background Illumination and Screen Reflectance in a Volumetric Display using a Helical Rotating Screen
6. 44‐2: Electronic Tile for Decoration of Outdoor/Indoor Walls
7. Evaluation of visible region in volumetric 3D display using a rotating helical screen
8. Volumetric 3D Display Using a Rotating Spiral Screen - Evaluation of the Visible Region -
9. Electronic Tile for Decorating Walls and 3D Surfaces
10. 67‐5: Utility of Dual Screen e‐Paper for Writing Using Reference Documents
11. Prototyping of Practical e-Tile and Evaluations of Joint Gap Area Effect
12. Comparison of Comfort Between Paper and Electronic Mediums in Handwriting Tasks
13. 49‐4: Late‐News Paper: Prototyping of Practical e‐Tile and Estimation of its Image Impression from Distant Observers
14. 25.1: Invited Paper: Prototyping of e‐Tile for an Enlargement of e‐Paper Applications to Architecture
15. P-135: Concept of e-Tile and its Prototyping
16. 11.3: Invited Paper: Comparison of Paper and Electronic Media for Studying Tools
17. 49‐4: Late‐News Paper:Prototyping of Practical e‐Tile and Estimation of its Image Impression from Distant Observers
18. Motion Illusion Brought by Arrays of Arrowhead Patterns
19. [Paper] A Proposal of Future Electronic Paper in the Office
20. 25.1: Invited Paper:Prototyping of e‐Tile for an Enlargement of e‐Paper Applications to Architecture
21. 4. Electronic Paper
22. Improvement of Particle Velocity of an Electrophoretic Display by Introducing Guide Blocks in a Display Cell
23. IDW/AD '12
24. Subjective Assessment of Color Naturalness of Objects Illuminated by LED Light Sources with Various Color Rendering Index and Color Temperature
25. Fundamentals of Electronic Paper
26. Analysis of Fatigue Difference between Paper and Displays—Measurements of Near Point Distance
27. Vivid image projection system using e-Paper active screen
28. Analysis of General Rashness of Reading on a Display
29. Observation of Electrostatic Latent Images and Surface Potential Measurement Using Scanning Electron Microscope
30. Trend of e-Paper: Promising Media for Documents
31. High Contrast Image Projection using Electronic Paper Screen-Confirmation of Performance in a Bright Room
32. Comparison of eye fatigue among readings on conventional book and two typical electronic books equipped with electrophoretic display and LC display
33. Performance Comparison of Readings using a Conventional Book and a Cell-phone
34. Introduction to: Special Section on Papers Based on Presentations from the 16th International Display Workshops (IDW '09)
35. Journal of Japan Institute of Electronics Packaging
36. Journal of The Surface Finishing Society of Japan
37. Usability Evaluation of Paper/PC/e-Paper Proceeding Books
38. IDW2009
39. A New Hypothesis and its Verification Explaining Exaggeration of Horizon Moon
40. Consideration of short-term memory for explaining the general difficulty of tasks on a display
41. P‐33: Analysis of Field Test Results of E‐Proceedings: a Promising Application of Electronic Paper
42. Analysis of Fatigue Difference between Paper and Displays - Effects of Medium Handling Style -
43. Development and application of electronic paper
44. Evaluation of Eye Fatigue at an Electronic Paper –Verification of near point measurement as a metric of eye fatigue–
45. 66.2: An Approach for Achieving Ideal Readability on Electronic Paper: Extraction of Essential Disadvantages in Conventional Displays
46. Reasons Why We Prefer Reading on Paper Rather Than Displays: Studies for Seeking Paper-like Readability on Electronic Paper
47. P-47: Novel Evaluation Method for Visibility of Reflective Electronic Paper Display by Comparative Examination with Liquid Crystal Display
48. Reason Why We Prefer Reading on Paper rather than Displays – An approach to the ideal design of readable Electronic Paper –
49. Reexamination of Origin of Electric Charge on Migration Particles Used for Electrophoretic Displays
50. A study on the reason why prints made with only cyan and magenta inks look like regular full-color prints
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