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\textbf{Article Description:} This paper presents a simple
methodology for modeling coexistence interference in unlicensed
bands, and the application of such a model to the outage
performance analysis of a hybrid direct-sequence frequency hopping
spread spectrum signal. The quantitative evaluation of signal
outage in a coexistence environment provides valuable insight that
can be utilized for better management of interference.

\textbf{Excerpts for highlighting:}
\begin{description}
    \item[1.] The sanction for unlicensed use of the ISM band predicates that
efficient coexistence is essential for successful operation of
systems in this band.%Section:'Introduction', Paragraph 3
    \item[2.] The significance of this interference modeling approach is that it
showcases a simple and sufficiently accurate methodology for
profiling emissions in an unlicensed band that can be used for
different interference scenarios. %Section:'Interference Scenarios and Modeling', Paragraph 3
    \item[3.] Successful signal transmission in a wireless environment dictates
that the desired signal be received with adequate strength and
signal-to-interference-plus-noise ratio in the presence of
interfering emissions from other sources. %Section:'Outage and Error Performance of a DS/FH Signal', Paragraph 1
\end{description}
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