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Edit intro.

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Danila Fedorin 2020-05-29 12:17:06 -07:00
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intro.tex
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@ -64,11 +64,9 @@
An HTTP-based JSON API server is hosted on the same hardware as the gateway, and applies configuration An HTTP-based JSON API server is hosted on the same hardware as the gateway, and applies configuration
changes to collars through an application built for Android mobile devices. changes to collars through an application built for Android mobile devices.
A MariaDB SQL database management system is used to store the data A MariaDB SQL database management system is used to store the data
received from the collar for viewing and analysis. This system has been finalized, received from the collar for viewing and analysis. This document
tested, and implemented in anticipation for the completion of the project. This document contains all information and major documents gathered and created during
contains all information and documents gathered and created during the design and the process of implementing the Fenceless Grazing System.
implementation of the Fenceless Grazing System in an effort to maintain an archive
of all of the work that was accomplished.
\end{abstract} \end{abstract}
\end{singlespace} \end{singlespace}
\end{titlepage} \end{titlepage}
@ -89,7 +87,7 @@ The team consisted of three members:
\begin{itemize} \begin{itemize}
\item \textbf{Ryan Alder} served as the liaison with Prof. Hamdaoui, and as a LoRa expert. Being the \item \textbf{Ryan Alder} served as the liaison with Prof. Hamdaoui, and as a LoRa expert. Being the
most familliar of the three team members with the LoRa protocol, he oversaw and aided the most familiar of the three team members with the LoRa protocol, he oversaw and aided the
implementation of the collar and gateway, each of which used the protocol to communicate with implementation of the collar and gateway, each of which used the protocol to communicate with
the other. Ryan also tested the system in practice, measuring the effective range of the the other. Ryan also tested the system in practice, measuring the effective range of the
components and verifying that data can be transmitted back and forth. components and verifying that data can be transmitted back and forth.
@ -127,7 +125,7 @@ At present, the collar is capable of sending its position, retrieving valid graz
that it is in a valid position. The next step on the collar side, then (after the hardware changes suggested that it is in a valid position. The next step on the collar side, then (after the hardware changes suggested
above) would be to add to the collar a physical indication of whether or not it is in a valid grazing above) would be to add to the collar a physical indication of whether or not it is in a valid grazing
boundary (see the Design Document below for an idea of what that is). This physical indication can be boundary (see the Design Document below for an idea of what that is). This physical indication can be
an LED light, but the final goal would be to have that indication be a buzzer or an eletric shock. an LED light, but the final goal would be to have that indication be a buzzer or an electric shock.
The gateway software is capable of receiving and configuring a single collar device (See Appendix 4 The gateway software is capable of receiving and configuring a single collar device (See Appendix 4
for an explanation of why only a single device is currently supported). The next step for the for an explanation of why only a single device is currently supported). The next step for the