1 3 [1] D [2]2D D [3] 3 6 ±10 3 Perspecta 3D[4] DepthCube[5][6] [7][8] 3D 6 [9] 1000 [10] Host Computer (HC)
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1 A Volumetric Display using VFD, and A Display Data Generator O Yamamoto Dept. of Electronic Engineering, Tokyo Denki University ou d.dendai.ac.jp 3 VFD 3D Abstract Volumetric displays, which directly draw 3D images in the real 3D space, are expected to be used not only in science but also in art. However, most of these displays need complex and expensive optical systems, so they are rarely used in art. In this paper, we propose and describe a volumetric display that has no such optical systems and can be easily constructed using parts on the market. In the display, sectioned images of 3D objects are displayed in sequence on a vacuum fluorescent display (VFD), which moves in a reciprocating motion, and the 3D images of the objects appear due to afterimage effect. Although the displayed images are small and monochromatic, clear 3D still and animation images can be displayed by the display. We also propose and describe a data generator for the display. The generator offers a frame, which specifies a display area three-dimensionally. Using the frame, the display data for the display can be easily generated on 3D software on the market. 15
2 1 3 [1] D [2]2D D [3] 3 6 ±10 3 Perspecta 3D[4] DepthCube[5][6] [7][8] 3D 6 [9] 1000 [10] Host Computer (HC) Display Board (DB) VFD Slide (S1) Reciprocating motion direction 1: 10 1 Light Field Display[11] VFD [12] VFD 2 [3] [11] 3D 105 voxel 1 VFD S1 12[Hz] VFD [dot] 128 4[cm] 2[cm] 4[cm] [dot] 24[Hz] HC USB DB DB VFD 1 Light Field Display 16
![motion direction 1: 10 1 Light Field Display[11] VFD [12] VFD 2 [3] [11] 3D 105 voxel 1 VFD S1](/docs-images/41/22752129/images/page_2.jpg "12[Hz] VFD 128 64[dot] 128 4[cm] 2[cm] 4[cm] 128 64 128[dot] 24[Hz] HC USB DB DB VFD 1 Light Field")
3 2 [9] [3] ±10 1 DepthCube DepthCube 20 1 DepthCube DepthCube ±45 2 DepthCube Light Field Display [4] [11] DepthCube GLInterceptor[13] Plane Mode OpenGL 3D [14][15] GLInterceptor Z GLInterceptor Block Mode API SDK Block Mode API Block Mode API 3D 3D 2 3 3D 4 3D 3D VFD khz VFD LED EL VFD VFD MW12864J 2 VFD [bit] 1 0 [16] 32 32[bit] 8 8[kHz] 1: Light Field Display resolution #of scan color (per slice slices rate depth or view) or view (non dithered) Perspecta rpm 8 DepthCube Hz L.F.Disp rpm our display Hz 1 2: Light Field Display display viewing animation area angle(h,v) display rate Perspecta 10 -diam. 360,270 10Hz sphere DepthCube ,170 20Hz 4.0 L.F.Disp. 13cm-diam. pillar 360, 30-40Hz our display 4cm 2cm 170,170 24Hz 4cm 17
![1 VFD khz VFD LED EL VFD VFD MW12864J 2 VFD 128 64[bit] 1 0 [16] 32 32[bit] 8 8[kHz] 1: Light Field Display resolution #of scan color (per slice slices rate depth or view) or view (non dithered)](/docs-images/41/22752129/images/page_3.jpg "Perspecta 768 768 198 900rpm 8 DepthCube 1024 768 20 50Hz 32768 L.F.Disp.")
4 2: VFD 3: 4[cm] 2[cm] 2.2 [4],[11] VFD 1200[rpm] VFD [4],[11] 3D Slide (S2) Weight (W) Linear Guide (L2) Crank (C2) Pulley (P) Belt (B) r Motor (M) Crank (C1) 4: l Reciprocating motion direction Linear Slide Guide (S1) (L1) VFD 3 4 M C1 L1 S1 12[Hz] 12[rps] 720[rpm] C1 r = 3[cm] l = 20[cm] S1 2r = 6cm VFD S1 P C2 C1 L2 S2 W M B P C2 S2 S2 S1 W VFD 60[g] VFD 4cm 24[Hz] 20W DC 18[mm] 10[mm] [rps] 4 4 M z M ω[rad/s] t[s] S1 C1 z(t) z(t) = rcosωt + l 2 r 2 sin 2 ωt (1) ωt[rad] z r = 3[cm], l = 20[cm], ω = 12[rps] = 24π[rad/s] 1 z(t) 5 VFD S1 z(t) VFD 4[cm] 2[cm] VFD z 2r = 6[cm] 4[cm] 18[cm] z(t) 22[cm] ABCD EF GH 6 18
![motion direction Linear Slide Guide (S1) (L1) VFD 3 4 M C1 L1 S1 12[Hz] 12[rps] 720[rpm] C1 r = 3[cm] l = 20[cm] S1 2r = 6cm VFD S1 P C2 C1 L2 S2 W M B P C2](/docs-images/41/22752129/images/page_4.jpg "S2 S2 S1 W VFD 60[g] VFD 4cm 24[Hz] 20W DC 18[mm] 10[mm] 2 2.")
5 z(t)[cm] t[s] z(t) [cm] t t1 (10.46) t [ms] (29.71) 5: 7: z(t) d(t) [mm] t t1 (10.46) t [ms] (29.71) 6: 8: d(t) z VFD VFD ABCD t 0 EF GH t 1 z(t 0 ) = 22[cm] z(t 1 ) = 18[cm] t 0 < t 1 z VFD VFD z VFD z(t) VFD 6 ADHE AH t z tz t 0 t t 1 (t, z(t)) z cm (t 0, 22) (t 1, 18) A H 1 t 0 = 10.46[ms], t 1 = 29.71[ms] (t, z(t)) 7 ADHE 7 [18, 22] [t 0, t 1 ] AH 7 (t 0, 22) (t 1, 18) z(t) d(t) d(t) d(t) l d(t) USB UIF DM DC USB DM d(t) = z(t 1) z(t 0 ) t 1 t 0 (t t 0 ) + z(t 0 ) z(t) (2) t 0 t t 1 d(t) 8 d(t) t = 24.54[msec] 1.11[mm] 1l z(t) 9: 19
![71) 6: 8: d(t) z VFD VFD ABCD t 0 EF GH t 1 z(t 0 ) = 22[cm] z(t 1 ) = 18[cm] t 0 < t 1 z VFD VFD z VFD z(t) VFD 6 ADHE AH t z tz t 0 t t 1 (t, z(t)) z cm (t 0, 22) (t](/docs-images/41/22752129/images/page_5.jpg "1, 18) A H 1 t 0 = 10.46[ms], t 1 = 29.71[ms] (t, z(t)) 7 ADHE 7 [18, 22] [t 0, t 1 ] AH 7 (t 0, 22) (t 1, 18) z(t) d(t) d(t) d(t) l d(t) 0 4 2.")
6 USB Cable USB Interface (UIF) Address Data 16MB Data Memory (DM) Address Data Display Controller (DC) 10: Data Clock Latch VFD 2 16 ascii DM VFD VFD 8 10[MHz] DM 16[Mbyte] [bit] [Hz] 24[Hz] VFD 6cm 12[Hz] 4[cm] 128 t 1 t 0 = 19.2[ms] 1 150[µs] VFD [bit]/150[µs] = 54.6[Mbit/s] 3 3D 2 : D 2 3 VFD 3D 3D 3D 1. 3D 4[cm] 2[cm] 4[cm] : : = 2:1:2 ViewFrame 3D 2 3D Shade9[17] 11 a ABCD D 3 11 b 3. Wavefront OBJ [18] OBJ OBJ 3D OBJ OBJ 4. OBJ 3 11 ABCDEFG F FG X FE Y FB Z
![2[ms] 1 150[µs] VFD 128 64[bit]/150[µs] = 54.6[Mbit/s] 3 3D 2 : 1. 2. 1 2 2 2 3D 2 3 VFD 3D 3D 3D 1.](/docs-images/41/22752129/images/page_6.jpg "3D 4[cm] 2[cm] 4[cm] : : = 2:1:2 ViewFrame 3D 2 3D Shade9[17] 11 a ABCD 3 2. 3D 3 11 b 3. Wavefront OBJ [18] OBJ OBJ 3D OBJ OBJ 4.")
7 boolean (1.5, 3.2, 4.8) boolean (2, 3, 5) boolean voxel OBJ boolean voxel boolean boolean EFGH Z = 0 ABCD Z = a b 5. 3D 3D 3 OBJ OBJ 3D OBJ (4) D OBJ 13 a c 11: 1 12: 2 a 30 b 80 c 80 6 ABCD 170 VFD 3500[cd/m 2 ][16] OS Microsoft Windows2000 Intel Pentium4 1.8[GHz] 256[MByte] 3 6 AH DE 15 a ADHE b a 2.3 b 21
8 15: 13: 3D 16: 14: Shade a b 3D /24[sec] VFD [msec] 46% % 24[Hz] VFD Perspecta3D DepthCube [USD] 22
![3 1/24[sec] VFD 2.4 19.2[msec] 46% 128 1 0.](/docs-images/41/22752129/images/page_8.jpg "36% 24[Hz] 4.4 4 20 3 VFD 4.")
9 1/20 3: manufacturer, unit price quantity parts No. [JPY] VFD Noritake Itron, MW12864J servo NIDEC SERVO, motor FHK6P20S-D3 linear THK, guide SRS9WM-200LM display board (approx.) aluminium parts (approx.) VFD VFD VFD 3D [1] Blundell, B. and Schwarz, A.: Volumetric Three-Dimensional Display Systems, Wiley- IEEE Press, New York, USA (2000). [2] Traub, A. C.: Stereoscopic Display Using Rapid Varifocal Mirror Oscillations, Applied Optics, Vol. 6, pp (1967). [3] Shiro Suyama, M. D. and Takada, H.: Three- Dimensional Display System with Dual- Frequency Liquid-Crystal Varifocal Lens, Jpn. J. Appl. Phys., Vol. 39, pp (2000). [4] Favalora, G., Napoli, J., Hall, D., Dorval, R., Giovinco, M., Richmond, M. and Chun, W.: 100 Million-voxel volumetric display, Proc. SPIE, Vol. 4712, pp (2002). [5] Sullivan, A.: DepthCube solid state 3D volumetric display, Proc. SPIE, Vol. 5291, pp (2004). [6] Sullivan, A.: A Solid-state Multi-planar Volumetric Display, SID Symposium Digest of Technical Papers, Vol. 34, pp (2003). [7] Downing, E., Hesselink, L., Ralston, J. and Macfarlane, R.: A Three-Color, Solid- State, Three-Dimensional Display, SCIENCE, Vol. 273, pp (1996). [8] 3D Technology Lab. [9] TODAY Vol. 7, No. 11, p. 18 (2007). [10] SeeRealTechnologies. [11] Jones, A., McDowall, I., Yamada, H., Bolas, M. and Debevec, P.: An interactive 360 light field display, SIGGRAPH 07: ACM SIGGRAPH 2007 emerging technologies, p. 13 (2007). [12] 7 NICO- GRAPH & (2008). [13] GLIntercept. [14] 3D Vol. 10, No. 3, pp (2005). [15] Favalora, G. E.: Volumetric 3D displays and application infrastructure, Computer, Vol. 38, No. 8, p. 18 (2007). [16] Noritake itron CL APF130R1.4 (1998). 23
![) 5 1 23 1 13 VFD 2.2 1 2 3 6 VFD VFD 3D [1] Blundell, B. and Schwarz, A.: Volumetric Three-Dimensional Display Systems, Wiley- IEEE Press, New York, USA (2000). [2] Traub, A. C.](/docs-images/41/22752129/images/page_9.jpg ": Stereoscopic Display Using Rapid Varifocal Mirror Oscillations, Applied Optics, Vol. 6, pp. 1085 1087 (1967). [3] Shiro Suyama, M. D. and Takada, H.")
10 [17] co.jp/. [18] Bourke, P.: Object Files (.Obj). wasp.uwa.edu.au/ pbourke/dataformats/obj/
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Vol. 52 No. 1 257 268 (Jan. 2011) 1 2, 1 1 measurement. In this paper, a dynamic road map making system is proposed. The proposition system uses probe-cars which has an in-vehicle camera and a GPS receiver.
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AMBA 1 1 1 1 FabScalar FabScalar AMBA AMBA FutureBus Improvement of AMBA Bus Frame-work for Heterogeneos Multi-processor Seto Yusuke 1 Takahiro Sasaki 1 Kazuhiko Ohno 1 Toshio Kondo 1 Abstract: The demand
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SOA 1 1 1 1 (HNS) HNS SOA SOA 3 3 A Service-Oriented Platform for Feature Interaction Detection and Resolution in Home Network System Yuhei Yoshimura, 1 Takuya Inada Hiroshi Igaki 1, 1 and Masahide Nakamura
単位、情報量、デジタルデータ、CPUと高速化 ～ICT用語集～
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An Analysis of TV Game Market: From the viewpoints of network externalities and whole of services Masaki Matsumura, Hiroyuki Kurimoto, and Toshio Kobayashi It has been understood that a standard would
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Bulletin of Japan Association for Fire Science and Engineering Vol. 62. No. 1 (2012) Development of Two-Dimensional Simple Simulation Model and Evaluation of Discharge Ability for Water Discharge of Firefighting
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12 Effect of occlusion and perception of shadow in depth perception caused by moving shadow. 1010361 2001 2 5 (Occlusion), i Abstract Effect of occlusion and perception of shadow in depth perception caused
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19 A Proposal of Text Classification using Formal Concept Analysis 1080418 2008 3 7 ( ) Hasse Web Reuters 21578 Concept Explorer 2 4 said i Abstract A Proposal of Text Classification using Formal Concept
21 Effects of background stimuli by changing speed color matching color stimulus
21 Effects of background stimuli by changing speed color matching color stimulus 1100274 2010 3 1 ,.,,.,.,.,,,,.,, ( FL10N-EDL). ( 10cm, 2cm),,, 3.,,,, 4., ( MSS206-402W2J), ( SDM496)., 1200r/min,1200r/min
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(2001) 49 2 293 303 VRML 1 2 3 2001 4 12 2001 10 16 Web Java VRML (Virtual Reality Modeling Language) VRML Web VRML VRML VRML VRML Web VRML VRML, 3D 1. WWW (World Wide Web) WWW Mittag (2000) Web CGI Java
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IPSJ SIG Technical Report Vol.2014-EIP-63 No /2/21 1,a) Wi-Fi Probe Request MAC MAC Probe Request MAC A dynamic ads control based on tra
1,a) 1 1 2 1 Wi-Fi Probe Request MAC MAC Probe Request MAC A dynamic ads control based on traffic Abstract: The equipment with Wi-Fi communication function such as a smart phone which are send on a regular
EQUIVALENT TRANSFORMATION TECHNIQUE FOR ISLANDING DETECTION METHODS OF SYNCHRONOUS GENERATOR -REACTIVE POWER PERTURBATION METHODS USING AVR OR SVC- Ju
EQUIVALENT TRANSFORMATION TECHNIQUE FOR ISLANDING DETECTION METHODS OF SYNCHRONOUS GENERATOR -REACTIVE POWER PERTURBATION METHODS USING AVR OR SVC- Jun Motohashi, Member, Takashi Ichinose, Member (Tokyo
25 Removal of the fricative sounds that occur in the electronic stethoscope
25 Removal of the fricative sounds that occur in the electronic stethoscope 1140311 2014 3 7 ,.,.,.,.,.,.,.,,.,.,.,.,,. i Abstract Removal of the fricative sounds that occur in the electronic stethoscope
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22 Web Research of a Web search support system based on individual sensitivity 1135117 2011 2 14 Web Web Web Web Web, i Abstract Research of a Web search support system based on individual sensitivity
IPSJ SIG Technical Report Vol.2009-DPS-141 No.20 Vol.2009-GN-73 No.20 Vol.2009-EIP-46 No /11/27 1. MIERUKEN 1 2 MIERUKEN MIERUKEN MIERUKEN: Spe
1. MIERUKEN 1 2 MIERUKEN MIERUKEN MIERUKEN: Speech Visualization System Based on Augmented Reality Yuichiro Nagano 1 and Takashi Yoshino 2 As the spread of the Augmented Reality(AR) technology and service,
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Vol. 42 No. SIG 8(TOD 10) July HTML 100 Development of Authoring and Delivery System for Synchronized Contents and Experiment on High Spe
Vol. 42 No. SIG 8(TOD 10) July 2001 1 2 3 4 HTML 100 Development of Authoring and Delivery System for Synchronized Contents and Experiment on High Speed Networks Yutaka Kidawara, 1 Tomoaki Kawaguchi, 2
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Development of Automation Technology for Precision Finishing Works Employing a Robot Arm There is demand for the automation of finishing processes that require technical skills in the manufacturing of
Abstract This paper concerns with a method of dynamic image cognition. Our image cognition method has two distinguished features. One is that the imag
2004 RGB A STUDY OF RGB COLOR INFORMATION AND ITS APPLICATION 03R3237 Abstract This paper concerns with a method of dynamic image cognition. Our image cognition method has two distinguished features. One
Journal of Geography 116 (6) Configuration of Rapid Digital Mapping System Using Tablet PC and its Application to Obtaining Ground Truth
Journal of Geography 116 (6) 749-758 2007 Configuration of Rapid Digital Mapping System Using Tablet PC and its Application to Obtaining Ground Truth Data: A Case Study of a Snow Survey in Chuetsu District,
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C3PV 1,a) 2,b) 2,c) 3,d) 1,e) 2012 4 20, 2012 10 10 C3PV C3PV C3PV 1 Java C3PV 45 38 84% Programming Process Visualization for Supporting Students in Programming Exercise Hiroshi Igaki 1,a) Shun Saito
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21 e-learning Development of Real-time Learner Detection System for e-learning
21 e-learning Development of Real-time Learner Detection System for e-learning 1100349 2010 3 1 e-learning WBT (Web Based training) e-learning LMS (Learning Management System) LMS WBT e-learning e-learning
IPSJ SIG Technical Report Vol.2010-GN-74 No /1/ , 3 Disaster Training Supporting System Based on Electronic Triage HIROAKI KOJIMA, 1 KU
1 2 2 1, 3 Disaster Training Supporting System Based on Electronic Triage HIROAKI KOJIMA, 1 KUNIAKI SUSEKI, 2 KENTARO NAGAHASHI 2 and KEN-ICHI OKADA 1, 3 When there are a lot of injured people at a large-scale
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Range Image Sensors Using Active Stereo Methods Kazunori UMEDA and Kenji TERABAYASHI Active stereo methods, which include the traditional light-section method and the talked-about Kinect sensor, are typical
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Vol.55 No.1 2 15 (Jan. 2014) 1,a) 2,3,b) 4,3,c) 3,d) 2013 3 18, 2013 10 9 saccess 1 1 saccess saccess Design and Implementation of an Online Tool for Database Education Hiroyuki Nagataki 1,a) Yoshiaki
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DEIM Forum 2009 B4-6, 305 8573 1 1 1 152 8550 2 12 1 E-mail: tttakuro@kde.cs.tsukuba.ac.jp, watanabe@de.cs.titech.ac.jp, kitagawa@cs.tsukuba.ac.jp StreamSpinner PC PC StreamSpinner Development of Data
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1,a) 1,b) Obstacle Detection from Monocular On-Vehicle Camera in units of Delaunay Triangles Abstract: An algorithm to detect obstacles by using a monocular on-vehicle video camera is developed. Since
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57 Multi-channel MAC Protocol with Multi-busytone in Ad-hoc Networks Masatoshi Fukushima*, Ushio Yamamoto* and Yoshikuni Onozato* Abstract Multi-channel MAC protocols for wireless ad hoc networks have
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14 2 5 i ii Surface Reconstruction from Point Cloud of Human Body in Arbitrary Postures Isao MORO Abstract We propose a method for surface reconstruction from point cloud of human body in arbitrary postures.
13 RoboCup The Interface System for Learning By Observation Applied to RoboCup Agents Ruck Thawonmas
13 RoboCup The Interface System for Learning By Observation Applied to RoboCup Agents 1020302 Ruck Thawonmas 2002 2 8 RoboCup RoboCup SemiReal SemiReal RAIK-NTG4 Huma SemiReal Huma RoboCup. i Abstract
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5 2 Journal of Multimedia Aided Education Research 2008, Vol. 5, No. 2, 3543 ICT ICT ICT 2 ICT ICT 1100 2008 ICT ICT 2007 ICT ICT ICT ICT IPtalk2008 2006 LAN TCP/IP 1 35 5 22008 1 Enter 1 IPtalk 2 2 2IPtalk
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(2001) 49 2 333 343 Java Jasp 1 2 3 4 2001 4 13 2001 9 17 Java Jasp (JAva based Statistical Processor) Jasp Jasp. Java. 1. Jasp CPU 1 106 8569 4 6 7; fuji@ism.ac.jp 2 106 8569 4 6 7; nakanoj@ism.ac.jp
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Development of Non-Contact Measuring Method for Final Twist Number of Double Ply Staple Yarn Keizo Koganeya 1, Youichi Yukishita 1, Hirotaka Fujisaki 1, Yasunori Jintoku 2, Hironori Okuno 2, and Motoharu
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DEIM Forum 2011 E9-4 252-0882 5322 252-0882 5322 E-mail: t09651yt, sashiori, kiyoki @sfc.keio.ac.jp CBIR A Meaning Recognition System for Sign-Logo by Color-Shape-Based Similarity Computations for Images
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AUTOSAR 1 1, 2 2 2 AUTOSAR AUTOSAR 3 2 2 41% 29% An Extension of AUTOSAR Communication Layers for Multicore Systems Toshiyuki Ichiba, 1 Hiroaki Takada, 1, 2 Shinya Honda 2 and Ryo Kurachi 2 AUTOSAR, a
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15 GUI A study on the system to transfer a GUI sub-picture to the enlarging viewer for operational support 1040270 2004 2 27 GUI PC PC GUI Graphical User Interface PC GUI GUI PC GUI PC PC GUI i Abstract
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3-7 Error Detection and Authentication in Quantum Key Distribution YAMAMURA Akihiro and ISHIZUKA Hirokazu Detecting errors in a raw key and authenticating a private key are crucial for quantum key distribution
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12 Exploration Method of Various Routes with Genetic Algorithm 1010369 2001 2 5 ( Genetic Algorithm: GA ) GA 2 3 Dijkstra Dijkstra i Abstract Exploration Method of Various Routes with Genetic Algorithm
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Utilization of Ajax in Enterprise Intranet Systemsby Tetsuo Yamashita, Takeshi Kuroe and Kazuhisa Ikeda Enterprise 2.0 refers to the recent trend of applying the web technologies widely deployed in Internet
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When we move from daylight into a dark place, such as a tunnel or a movie theater, we can hardly see anything for a while, but our eyes soon adapt to the darkness and we can see things around us. Because
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Vol. 14 No. 2 2013 Implementation of Teacher-training Course Cards in Educational e-portfolios Yuuichi KAWAGUCHI Taizou AIUCHI In our college, we use teacher-training course cards (Rishu Karte) to enable
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25 To construct the system that promote a interactive method as a knowledge acquisition 1140317 2014 2 28 , IT.,.,..,.. i Abstract To construct the system that promote a interactive method as a knowledge
HP cafe HP of A A B of C C Map on N th Floor coupon A cafe coupon B Poster A Poster A Poster B Poster B Case 1 Show HP of each company on a user scree
LAN 1 2 3 2 LAN WiFiTag WiFiTag LAN LAN 100% WiFi Tag An Improved Determination Method with Multiple Access Points for Relative Position Estimation Using Wireless LAN Abstract: We have proposed a WiFiTag
Summary 3D cinemas are becoming real thanks to digital image processing technology. The most feasible and stable technology based on the binocular dis
Summary 3D cinemas are becoming real thanks to digital image processing technology. The most feasible and stable technology based on the binocular disparity requires stereoglasses. However, there is still
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1 1 1 1 SPEC CPU 2000 EQUAKE 1.6 50 500 A Parallelizing Compiler Cooperative Multicore Architecture Simulator with Changeover Mechanism of Simulation Modes GAKUHO TAGUCHI 1 YOUICHI ABE 1 KEIJI KIMURA 1
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DEIM Forum 2010 D5-3 432-8011 3-5-1 E-mail: {cs06062,cs06015}@s.inf.shizuoka.ac.jp, {yokoyama,fukuta,ishikawa}@.inf.shizuoka.ac.jp Development of a Large-scale Visualization System Based on Sensor Network
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1,a) 2 4 WC C WC C Grading Student programs for visualizing progress in classroom Naito Hiroshi 1,a) Saito Takashi 2 Abstract: To grade student programs in Computer-Aided Assessment system, we propose
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25 D Effects of viewpoints of head mounted wearable 3D display on human task performance 1140322 2014 2 28 D HMD HMD HMD HMD 3D HMD HMD HMD HMD i Abstract Effects of viewpoints of head mounted wearable
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生研ニュースNo.132
No.132 2011.10 REPORTS TOPICS Last year, the Public Relations Committee, General Affairs Section and Professor Tomoki Machida created the IIS introduction video in Japanese. As per the request from Director