Hiroki Takada, PhDGraduate School of Engineering, University of FukuiMasaru Miyao, MD, PhDGraduate School of Information Science, Nagoya UniversitySina Fateh, MD, PhDFounder and CEO of Kali Care, USA

• 1 Stabilometry to Evaluate Severity of Motion Sickness on Displays - Hiroki TAKADA.- 2. Lens Accommodation while viewing 3D video clips - Masaru MIYAO, Japan.- 3. A Virtual Reality System for Occupational Therapy with Hand Motion Capture and Force Feedback: a Pilot Study of System Configuration - Kouki NAGAMUNE, Japan.- 4. Effective Usage of Stereoscopic Visualization for the Learning of a Motional Mechanism - Shu MATSUURA, Japan.- 5. Using Advanced stabilometry to Evaluate the Severity of Motion Sickness due to Visual Displays -  Hiroki TAKADA, Japan.- 6. Expression of Balance Function during Exposure to Stereoscopic Video Clips - Fumiya KINOSHITA, Japan.- 7. Aftereffect of Stereoscopic Viewing on Human Body I - Kazuhiro FUJIKAKE, Japan.- 8. Aftereffect of Stereoscopic Viewing on Human Body II - Yasuyuki MATSUURA, Thailand.- 9. Cerebral Blood Flow While Playing 2D/3D Games - Masumi TAKADA, Japan.- 10.Cerebral Blood Flow in the Prefrontal Cortex while Reading a Novel ona Tablet Computer and its Effect on Sleep - Akihiro SUGIURA, Japan.- 11. Evaluation in Biofeedback Training System on Displays - Tomoki SHIOZAWA, Japan.

Hiroki Takada, PhDGraduate School of Engineering, University of FukuiMasaru Miyao, MD, PhDGraduate School of Information Science, Nagoya UniversitySina Fateh, MD, PhDFounder and CEO of Kali Care, USA

• 1 Stabilometry to Evaluate Severity of Motion Sickness on Displays - Hiroki TAKADA.- 2. Lens Accommodation while viewing 3D video clips - Masaru MIYAO, Japan.- 3. A Virtual Reality System for Occupational Therapy with Hand Motion Capture and Force Feedback: a Pilot Study of System Configuration - Kouki NAGAMUNE, Japan.- 4. Effective Usage of Stereoscopic Visualization for the Learning of a Motional Mechanism - Shu MATSUURA, Japan.- 5. Using Advanced stabilometry to Evaluate the Severity of Motion Sickness due to Visual Displays -  Hiroki TAKADA, Japan.- 6. Expression of Balance Function during Exposure to Stereoscopic Video Clips - Fumiya KINOSHITA, Japan.- 7. Aftereffect of Stereoscopic Viewing on Human Body I - Kazuhiro FUJIKAKE, Japan.- 8. Aftereffect of Stereoscopic Viewing on Human Body II - Yasuyuki MATSUURA, Thailand.- 9. Cerebral Blood Flow While Playing 2D/3D Games - Masumi TAKADA, Japan.- 10.Cerebral Blood Flow in the Prefrontal Cortex while Reading a Novel ona Tablet Computer and its Effect on Sleep - Akihiro SUGIURA, Japan.- 11. Evaluation in Biofeedback Training System on Displays - Tomoki SHIOZAWA, Japan.

Hiroki Takada, PhDGraduate School of Engineering, University of FukuiMasaru Miyao, MD, PhDGraduate School of Information Science, Nagoya UniversitySina Fateh, MD, PhDFounder and CEO of Kali Care, USA

• 1 Stabilometry to Evaluate Severity of Motion Sickness on Displays - Hiroki TAKADA.- 2. Lens Accommodation while viewing 3D video clips - Masaru MIYAO, Japan.- 3. A Virtual Reality System for Occupational Therapy with Hand Motion Capture and Force Feedback: a Pilot Study of System Configuration - Kouki NAGAMUNE, Japan.- 4. Effective Usage of Stereoscopic Visualization for the Learning of a Motional Mechanism - Shu MATSUURA, Japan.- 5. Using Advanced stabilometry to Evaluate the Severity of Motion Sickness due to Visual Displays -  Hiroki TAKADA, Japan.- 6. Expression of Balance Function during Exposure to Stereoscopic Video Clips - Fumiya KINOSHITA, Japan.- 7. Aftereffect of Stereoscopic Viewing on Human Body I - Kazuhiro FUJIKAKE, Japan.- 8. Aftereffect of Stereoscopic Viewing on Human Body II - Yasuyuki MATSUURA, Thailand.- 9. Cerebral Blood Flow While Playing 2D/3D Games - Masumi TAKADA, Japan.- 10.Cerebral Blood Flow in the Prefrontal Cortex while Reading a Novel ona Tablet Computer and its Effect on Sleep - Akihiro SUGIURA, Japan.- 11. Evaluation in Biofeedback Training System on Displays - Tomoki SHIOZAWA, Japan.