# 2022-09-19
* Plan meeting times with Reto

# 2022-09-22
* Meeting with Reto
* Testing measuring magnetic field when CPU is stressed out
  * No real change measurable

# 2022-09-23
* Test out multiple speakers
* Test measuring magnetic field of speakers while playing sounds
* Research functionality of a speaker
* Start work on the project plan using pgfgantt

# 2022-09-25
* Another test with a speaker
  * No change measurable in magnetometer even if I can see the coil vibrate
  * I assume the change in the magnetic field is too small to be measured
* Finish project plan

# 2022-09-26
* Test Magnetic Field of Laptop CPU
  * I can clearly see the spikes
* Another try on the Raspberry Pi
  * Still nothing accurate
* Research other solutions
  * https://www.cs.sjtu.edu.cn/~yichao/pmwiki/assets/publications/mobicom17_pan.pdf
    * Using magnetic induction from a CPU and capture using magnetometer from a smartphone

# 2022-09-28
* Raspberry Pi tests
  * Not working either with other cables or power supplies
* Prepare meeting notes for tomorrow's meeting
* Research more similiar projects
  * http://www.freelinc.com/technology/
  * https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6695870/
  * https://www.researchgate.net/publication/241629739_Near_field_magnetic_induction_Communication_in_Body_Area_Network

# 2022-09-29
* Meeting with Reto
* Experiment more with smartphones, speakers and magnets

# 2022-10-03
* Create videos of speaker
  * https://www.youtube.com/watch?v=fqUFUQZMPwI
* Create App to utilize CPU a Smartphone

# 2022-10-04
* Adjust Project Plan to include hardware steps
* Start work on introduction
* Setup citations for thesis documents

# 2022-10-05
* Work more on introduction
* Prepare tables for requirements
* Add screenshots and data of Android CPU measurements
* Record visualisation of speaker vibration using a laser pointer
  * https://www.youtube.com/watch?v=L_ZBn6RVJ88

# 2022-10-06
* Mail Exchange with Reto about Experiments
* Work on personas 

# 2022-10-07
* More experiments and data analysis
* Decide on CPU as sender element

# 2022-10-10
* Create small application to create stress on CPU using web workers

# 2022-10-12
* Personas
* Use Case Diagram
  * https://www.plantuml.com/plantuml/uml/PL1DIyGm4BtdLppsdeCVHv45z-Z9HJsFwTW6soPafeA8_zrfZ53h9OGtxsFU74Mfw3ADRkHNXIQKs0-ABXOE6jFiA6WgEFFSSG49f24F73Y-_s35EI1JUAEUySml4fNnQHYm20SInc5rm8cK3glYyUwYZktvsehlAMlAU-rJDCTVuwQ_talFapN9Gvh_HRTLj-cNVncdA7caZotZglfR3cwyjuO2xs_htZPhcFcilye-MZ-xupS0
* Rough description of requirements

# 2022-10-13
* Meeting with Reto
* Personas
  * Eve
    * Wants to transmit data in an airgapped system
    * eg. 

# 2022-10-25
* Flesh out requirements
* Signal
  * Preamble
    * 3 Hi
    * 1 Low
    * 3 Hi
* Protocol
  * Manchester Encoded Bits
  * Clock of 250ms

# 2022-10-26
* Start documenting solution
* Start documenting some preliminaries
* Update requirements and personas
* Create mockups for app and website

# 2022-10-27
* Prepare meeting notes
* Meeting with Reto

# 2022-10-28
* Reschedule meeting with expert

# 2022-10-31
* Research other signal protocols

# 2022-11-01
* Ask expert about meeting date
* LoRa
  * Preamble
  * Header
  * Payload
  * CRC

# 2022-11-02
* Update chapter solution with the packet format

# 2022-11-03
* Clean up solution chapter
* Meeting with Reto
* Adjust header and crc size
* Clear up CRC error correction rate
* Add glossary

# 2022-11-04
* Meeting with Expert
  * Defense: 27.01.2023 10:30 - 11:30
  * Describe pro and cons of other NFC methods

# 2022-11-09+
* Developing website

# 2022-11-21
* Cleanup and finish up website