Hacking ultrasound with a DIY dev kit
Introduction
1. Introduction to ultrasound hacking
Principles of ultrasound imaging
Principle of the modules
Genesis of the project
Summary of the modules
An open-source Raspberry Pi ultrasound imaging platform
NDT
A word of caution
2. Working with a dev kit
Dev kit 0.0, Murgen
Hardware thoughts
Murgen Setup
Results
Software thoughts
Basic dev kit, 1.0
Results
Wireless dev kit, 1.1
SDK (v2.0) QuickStart
3. A list of the different modules
Pulser
Analog Processing
Signal Acquisition
Transducer & servo
A Pi W / Pi 0
High speed ADC pHAT
Previous iteration
Exploring
Signal emulator
Slow wireless processing
Pulse-timing
Motherboard
ATL3 probe
Hacking it
Wood encasing
Power supply
4. Worklogs
All logs
Dev kit 0.0
a. Powering the board
b. Non-controlled pulsing
c. Controlled pulsing
d. Better pulses
e. Bitscope data viz
f. Moving the transducer
g. Getting images
h. Cleaner images
i. Acq. speeds
j. Playing with ATLPV10
Raw notes
Dev kit 1.0
Detailed worklogs
Detailed research
(Very) raw worklog
Dev kit 1.1
Imaging a phantom
5. Data samples
Data format
Kit 0.0: Murgen images
Kit 1.0: ATL probe loops
Kit 1.1: Croaker module images
6. Bibliography
Choosing components
Electronic components
Interfaces
Undergrad Zach
Will board
Academic bibliography
Articles
List of other probes
Teardown of a Vscan
FDA mapping
Auto-documenting
List of files
Press Review
7. Contributing
Where/what to contribute?
Progress so far
Published with GitBook
6. Bibliography
Chapter6
Bibliography
Want to read more about the sources used to work? Read :
Interesting articles
How we chose our electronic components
Reading about the interfaces
Read about the auto-documentation process
An academic bibliography
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