Proposal of Intelligent Inventory System for Space Station with IC Tag - Near Real-Time Onboard Inventory Management

Kazuhito Shimada; Yusaku Fujii

doi:10.4028/www.scientific.net/AMM.103.68

Paper Titles

Coarse North-Finding Based on Tracking Inversion Points Method without Torque
p.46

Coordinate Transformation of Laser Tracking in-Site Measurement System for Big Gears
p.51

Study of the Light Source Affects the Second Order Moiré Fringe Quality of Nano-Grating
p.57

Novel Method for Extracting Body Boundary from Measured Point Cloud of Helical Surface
p.63

Proposal of Intelligent Inventory System for Space Station with IC Tag - Near Real-Time Onboard Inventory Management
p.68

Measurement of Mass Attenuation Coefficients of Blue Sapphire at Different Photon Energy by Compton Scattering Technique
p.71

Laser Doppler Velocimetry with Small Wavelength Sensitivity Using Planar Lightwave Circuit
p.76

Precision Displacement Measurement of Single Lens Reflex Digital Camera
p.82

Data Registration Method Based on Three Dimensional Target
p.87

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 103Proposal of Intelligent Inventory System for Space...

Proposal of Intelligent Inventory System for Space Station with IC Tag - Near Real-Time Onboard Inventory Management

Abstract:

Difficulty in inventory management on space station has been known since 1980’s but still is a new problem. We propose the expanded application of IC tags for the International Space Station inventory management. Use of multiple RFID tags can monitor package use status. Where electromagnetic interference or poor radio propagation is a problem, we may apply ultrasound tags.