Tactile Sensors for Clinical Applications

Chang-Hee Won1, Vira Oleksyuk1, Sung In Choi1, Dina Caroline2, Suzanne Pascarella2

  • 1Temple University
  • 2Temple University Hospital

Details

Category

Poster Session

Theme

Technology Demonstration Showcase

Sessions

12:15 - 14:15 | Wed 20 Nov | Room E1&2 | A1P-A

Technology Demonstrations

Full Text

Abstract

The Tactile Imaging Probe (TIP) is developed for breast cancer screening in remote regions, which can complement the current subjective method of clinical breast examination. The newly developed Graphical User Interface for TIP guides image acquisition and displays results from tumor size and stiffness calculations, as well as TIP Score, in near real-time. Smartphone-based Compression Induced Sensing (SCIS) System is the smartphone-based version of TIP. SCIS is developed to characterize the tissue’s mechanical properties using a smartphone camera and its communication system together with the tactile sensor. SCIS has two acquisition modes: direct and indirect. The direct acquisition mode, SCIS – D, reads the compression pattern from the probe caused by its direct compression against the tissue. SCIS – D is currently used for clinical data acquisitions in breast cancer application. On the other hand, SCIS - I, reads the tissue recovery pattern from the compression against a tissue. SCIS – I designed to measure the elasticity of tissue in body fluid volume measurement application.

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