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Signed-off-by: Severin Kaderli <severin@kaderli.dev>
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Severin Kaderli 2023-01-15 12:47:43 +01:00
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documentation/thesis/content/00_abstract.tex
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\addchap{Abstract}
In this thesis, I research an alternative short-range wireless communication method that uses
magnetic induction instead of conventional radio waves for transmission of data, and point out the advantages and disadvantages of magnetic induction as a communication channel.
In this thesis, I researched an alternative short-range wireless communication
method that uses magnetic induction instead of conventional radio waves for
transmission of data, and pointed out the advantages and disadvantages of
magnetic induction as a communication channel.
For demonstrating the communication method, I create a prototype implementation of a simple communication protocol that utilizes magnetic induction and that can be run using components found in everyday devices such as a smartphone and a laptop.
For demonstrating the communication method, I created a prototype
implementation of a simple communication protocol that utilizes magnetic
induction and that can be run using components found in everyday devices such
as a smartphone and a laptop.
At the end, I benchmark the prototype implementation under multiple conditions and configurations to illustrate how feasible and robust the communication is and if it is viable as an alternative to radio wave communication.
At the end, I benchmarked the prototype implementation under multiple
conditions and configurations to illustrate how feasible and robust the
communication is and if it is viable as an alternative to radio wave
communication.