Difference between revisions of "Temperature Estimation with Ultrasound"
From ESE497 Wiki
Jump to navigationJump to searchChuckHolmes (talk | contribs) |
ChuckHolmes (talk | contribs) |
||
| Line 1: | Line 1: | ||
<sidebar>Trilateration_in_Robotic_Sensing_using_Acoustic_Sensors_Nav</sidebar> | <sidebar>Trilateration_in_Robotic_Sensing_using_Acoustic_Sensors_Nav</sidebar> | ||
| + | <sidebar>Temperature_Estimation_with_Ultrasound_Nav</sidebar> | ||
===Introduction=== | ===Introduction=== | ||
Research has proven that it is possible to estimate temperature from body temperature (37°C) to 60°C. Our overall goal was to contribute to the extension of this research such that it temperature estimation would be possible up to 70°C. To contribute to this research, the purpose of this work was to modify MATLAB code to be capable of data acquisition for synchronous temperature measurements and ultrasonic imaging from 36°C to 70°C. In addition to modifying the code, the design of the experiment was also modified to more efficiently produce results. | Research has proven that it is possible to estimate temperature from body temperature (37°C) to 60°C. Our overall goal was to contribute to the extension of this research such that it temperature estimation would be possible up to 70°C. To contribute to this research, the purpose of this work was to modify MATLAB code to be capable of data acquisition for synchronous temperature measurements and ultrasonic imaging from 36°C to 70°C. In addition to modifying the code, the design of the experiment was also modified to more efficiently produce results. | ||
Revision as of 02:24, 12 May 2011
<sidebar>Trilateration_in_Robotic_Sensing_using_Acoustic_Sensors_Nav</sidebar> <sidebar>Temperature_Estimation_with_Ultrasound_Nav</sidebar>
Introduction
Research has proven that it is possible to estimate temperature from body temperature (37°C) to 60°C. Our overall goal was to contribute to the extension of this research such that it temperature estimation would be possible up to 70°C. To contribute to this research, the purpose of this work was to modify MATLAB code to be capable of data acquisition for synchronous temperature measurements and ultrasonic imaging from 36°C to 70°C. In addition to modifying the code, the design of the experiment was also modified to more efficiently produce results.
