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README: Convert LaTeX in abstract to unicode

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@ -29,10 +29,10 @@ Paper abstract
cost efficiency. In this paper, we present an embeddable security mesh monitoring circuit constructed from low-cost, cost efficiency. In this paper, we present an embeddable security mesh monitoring circuit constructed from low-cost,
standard components that utilizes Time Domain Reflectometry (TDR) to create a unique fingerprint of a mesh. Our standard components that utilizes Time Domain Reflectometry (TDR) to create a unique fingerprint of a mesh. Our
approach is both low-cost and precise, and enables the use of inexpensive standard Printed Circuit Boards (PCBs) as approach is both low-cost and precise, and enables the use of inexpensive standard Printed Circuit Boards (PCBs) as
security mesh material. We demonstrate a working prototype of our TDR circuit costing less than \price{10}{\euro} in security mesh material. We demonstrate a working prototype of our TDR circuit costing less than 10 € in components
components that achieves both time resolution and rise time better than \qty{200}{\pico\second}---a $25\times$ that achieves both time resolution and rise time better than 200 ps—a 25 × improvement over previous work. We
improvement over previous work. We demonstrate a simple classifier that detects several types of advanced attacks demonstrate a simple classifier that detects several types of advanced attacks such as probing using an oscilloscope
such as probing using an oscilloscope probe or micro-soldering attacks with no false negatives. probe or micro-soldering attacks with no false negatives.
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