[projects] added solution to isicorrelations

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2019-01-11 19:31:01 +01:00
parent 012c3e39b4
commit f76ab7170e
10 changed files with 172 additions and 43 deletions

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@@ -36,22 +36,29 @@ resting potential before stimulus onset.
project, however, you can treat it as if it was the intensity.)
\begin{parts}
\part{} Create a plot of the raw data. For each light intensity plot the average response
as a function of time. This plot should also depict the across-trial
variability in an appropriate way.\\[0.5ex]
\part{} You will notice that the responses have three main parts, a
\part Create a plot of the raw data. For each light intensity plot
the average response as a function of time. This plot should also
depict the across-trial variability in an appropriate way.
\part You will notice that the responses have three main parts, a
pre-stimulus phase, the phase in which the light was on, and
finally a post-stimulus phase. Create an characteristic curve that
plots the response strength as a function of the stimulus
intensity for the ``onset'' and the ``steady state''
phases of the light response.\\[0.5ex]
\part{} The light switches on at time zero. Estimate the delay between stimulus and response.\\[0.5ex]
\part{} Analyze the across trial variability in the ``onset'' and ``steady state''. Check for statistically significant differences.
\pate{} The membrane potential shows some fluctuations (noise)
phases of the light response.
\part The light switches on at time zero. Estimate the delay
between stimulus and response.
\part Analyze the across trial variability in the ``onset'' and
``steady state''. Check for statistically significant differences.
\part The membrane potential shows some fluctuations (noise)
compare the noise before stimulus onset and in the steady state
phase of the response.
\part{} (optional) You may also analyze the post-stimulus response in some
more detail.
\part (optional) You may also analyze the post-stimulus response
in some more detail.
\end{parts}
\end{questions}