Difference between revisions of "Real-time bladder scanner"
(Created page with "{{StudentProjectTemplate |Summary=Real-time bladder scanner |Keywords=Real-time bladder scanner |TimeFrame=Nov 22 - June 23 |Supervisor=Pererik Andreasson }} Noui is launching...") |
(Real-time bladder scanner) |
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|Keywords=Real-time bladder scanner | |Keywords=Real-time bladder scanner | ||
|TimeFrame=Nov 22 - June 23 | |TimeFrame=Nov 22 - June 23 | ||
| + | |References=TBD | ||
| + | |Prerequisites=Electronics advanced level, measurement techniques. | ||
|Supervisor=Pererik Andreasson | |Supervisor=Pererik Andreasson | ||
| + | |Examiner=TBD | ||
| + | |Author=TBD | ||
| + | |Level=Master | ||
| + | |Status=Open | ||
}} | }} | ||
Noui is launching a real-time bladder scanner using the electric signal transmission capacitance coupling method to compare the signal strengths and estimate the fluidity of the bladder. It notifies caregivers of the time to empty the user’s bladder. It is built on simple electronic construction and small size. The electrodes can be integrated into textile computing and printed electronics, ensuring extra comfort for patients. The project scope includes making better prototypes that work on much higher frequencies, minimizing disturbances, and noise filtering. Throughout research and experiment, knowledge is expected to be gained associated with electromagnetism, short-range communication, WBAN (wireless body area network) the relation of the electric charge on human tissue and its forces. | Noui is launching a real-time bladder scanner using the electric signal transmission capacitance coupling method to compare the signal strengths and estimate the fluidity of the bladder. It notifies caregivers of the time to empty the user’s bladder. It is built on simple electronic construction and small size. The electrodes can be integrated into textile computing and printed electronics, ensuring extra comfort for patients. The project scope includes making better prototypes that work on much higher frequencies, minimizing disturbances, and noise filtering. Throughout research and experiment, knowledge is expected to be gained associated with electromagnetism, short-range communication, WBAN (wireless body area network) the relation of the electric charge on human tissue and its forces. | ||
Latest revision as of 07:30, 18 October 2022
| Title | Real-time bladder scanner |
|---|---|
| Summary | Real-time bladder scanner |
| Keywords | Real-time bladder scanner |
| TimeFrame | Nov 22 - June 23 |
| References | TBD |
| Prerequisites | Electronics advanced level, measurement techniques. |
| Author | TBD |
| Supervisor | Pererik Andreasson |
| Level | Master |
| Status | Open |
Noui is launching a real-time bladder scanner using the electric signal transmission capacitance coupling method to compare the signal strengths and estimate the fluidity of the bladder. It notifies caregivers of the time to empty the user’s bladder. It is built on simple electronic construction and small size. The electrodes can be integrated into textile computing and printed electronics, ensuring extra comfort for patients. The project scope includes making better prototypes that work on much higher frequencies, minimizing disturbances, and noise filtering. Throughout research and experiment, knowledge is expected to be gained associated with electromagnetism, short-range communication, WBAN (wireless body area network) the relation of the electric charge on human tissue and its forces.
