Perfecting the Advanced 2D Multi-electrode Electrical Exploration method

Multi-electrode systems for electrical impedance tomography.

A wide range of electrode system designs is reviewed for their possible use in UT

Multi-field surface electrode for selective electrical stimulation.

We designed a 24-field array and an on-line control box that selects which and how many of 24 fields will conduct electrical charge during functional electrical stimulation. The array was made using a conductive microfiber textile, silver two-component adhesive, and the conductive ink imprint on the polycarbonate. The control box comprised 24 switches that corresponded one-to-one to the fields ...

Multi-robot Exploration of Unknown Environment Using 2D Laser Scanner

In this study, exploration of unknown environments using LMS 200 Laser scanners with a team of multiple mobile robots is investigated. The aim is to investigate the ability of the cheap LMS 200 laser scanners to scan the environment and build its map. Furthermore, this study proposes two exploration algorithms to reduce the time required to explore a given environment using this type of laser s...

Perfecting Kant's highest good

The Effect of Subcutaneous Fat on Electrical Impedance Myography: Electrode Configuration and Multi-Frequency Analyses

This study investigates the impact of the subcutaneous fat layer (SFL) thickness on localized electrical impedance myography (EIM), as well as the effects of different current electrodes, varying in distance and direction, on EIM output. Twenty-three healthy subjects underwent localized multi-frequency EIM on their biceps brachii muscles with a hand-held electrode array. The EIM measurements we...