Ishikawa Group Laboratory

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124 videos

Ishikawa Group Laboratory is researching on 1) Sensor Fusion: high speed robot and visual feedback, 2) Dynamic Vision System: 3D image tracking and adaptive ...

Latest Videos

High-speed Multi-Laser Aiming at Unpredictable Dynamic Targets

Motion-blur Compensation Method Using a Transparent Cube

Fully Automated Beads Art Assembly based on Dynamic Compensation Approach

A sealant dispensing robot for applications with moving targets

Accurate and Robust Inter-vehicle Distance Estimation with Stereo High-speed Vision

Robot System for Manipulating a Randomly Placed Towel-like Object

1000分の1秒の世界が新時代を切り拓く

1 Millisecond Vision Pioneers a New Era

VarioLight 2 Wide Dynamic Projection Mapping in Rhythmic Gymnastics

High-speed color projector toward the world of 1,000fps vision

Tracking Projection Mosaicing for Wide High-resolution Display

ElaMorph Projection Deformation of 3D Shape by Dynamic Projection Mapping

Proximity sensor-based High-speed Tracking and High-precision Depth Scanning

Bilateral Motion Display Multiple Visual Perception Using Afterimage Effects for Specific Motion

Dynamic Perceptive Compensation for Optical Illusions Synchronized with Eye Movement

High-resolution Focused Tracking of Freely Swimming Fish

High-Speed Focal Tracking Projection Based on Liquid Lens

VarioLight 2 Dynamic Projection Mapping for Ball Sports

High-speed UAV Delivery System with Non-stop Parcel Handover Using High-speed Visual Control

High-speed Projection Feedback for Golf Swing Training

Dynamic Viewpoint-dependent Projection with Dynamic Projection Mapping

Allowable Limits of Latencies in Delay Control Visual Feedback System

Brobdingnagian Glass A Micro-Stereoscopic Telexistence System

High-speed Grasping of a Card using New Actuator MagLinkage

High-Speed Ring Insertion by Dynamic Observable Contact Hand

Dynamic Depth-of-Field Projection for 3D Projection Mapping

MIDAS Projection Markerless and Modelless Dynamic Projection Mapping for Material Representation

Dynamic Human-Robot Interaction -Realizations of collaborative motion and peg-in-hole-

Rubik's Cube Manipulation Using a High-speed Robot Hand

High-speed, Non-deformation Catching with High-speed Vision and Proximity Feedback