 Tue Jan 17 09:38:52 2017, J.C. Hanson, Analysis, Analysis, n(z) from other section of ELOG, 
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| see attached. |
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Fri Dec 16 11:11:55 2016, J.C. Hanson, Problem Fixed, General, Welcome to ELOG :),
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Note: Please use a consistent name when you write your name as author.
J.C.Hanson |
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Fri Sep 15 23:25:07 2017, Amy Connolly (for Suren), Modeling, General, Using spherical harmonics to search for ideal antenna beam patters, Other
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Suren put a bunch of info about the work he did this summer on github:
https://github.com/osu-particle-astrophysics/Spherical-Harmonics
He added this in an email: |
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Thu Mar 23 21:43:12 2017, Abdullah Alhag, Analysis, Analysis, The results from running Karoo on the inelasticity data,
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| See attatchd file. |
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Tue Oct 10 11:04:05 2017, Brian Clark, Analysis, Analysis, Testbed Channel Mapping and Antenna Information, ARA
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This is the Testbed polarization channel mapping. This is the polarization
result if you use the getGraphfromRFChan Function:
/* Channel mappings for the testbed |
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Sun Mar 19 14:14:10 2017, Amy Connolly, Analysis, Analysis, Search for interstellar/interplanetary travel by alien civilizations, Other
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See the attached papers. I wonder if we could look for these with ANITA and distinguish between natural and artificial origin.
Here are some estimates that I did last night.
The paper quotes that for an FRB at a distance ~10-20 kpc, we would see at S_nu=10^10-10^11 Jy where 1 Jy=10^-26 W/m^2/Hz. |
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Sun Apr 23 14:54:50 2017, Hannah Hasan, Other, Simulation, Plotting ShelfMC Parameter Space, Other
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I am trying to write a script that will plot a 2d histogram of effective volume versus two of ShelfMC's parameters.
The script prompts the user for which two parameters (out of five that we vary in our parameter space scan) to plot along the x- and
y-axes, as well as what values to hold the other 3 parameters constant at. It then collects the necessary root files from simulation results, generates |
 Fri Oct 6 12:40:57 2017, Hannah Hasan, Other, Simulation, Plotting ShelfMC Parameter Space, Other
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Quote:
I am trying to write a script that will plot a 2d histogram of effective volume versus two of ShelfMC's parameters. |
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Fri Oct 6 15:15:53 2017, Hannah Hasan, Other, Simulation, Plotting ShelfMC Parameter Space, Other 6x
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Attached are instructions and scripts for carrying out a parameter space scan with ShelfMC, the simulation package for the ARIANNA detector.
Because some of the plotted outputs looked like colored stripes and did not offer any insight into how effective volume changed with some variables,
I made some changes to the simulation and plotting scripts so that different maximum, minimum, and increment values can be chosen for each variable. Now |
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Thu Feb 23 15:59:50 2017, Spoorthi Nagasamudram, Analysis, Analysis, Plots for inelasticity data using karoo gp,
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Tue Feb 27 23:13:15 2018, Amy Connolly , Other, Simulation, Plots for QC sites,
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Hi All,
We need to revive the icemcQC and AraSimQC pages, and I thought that in the meantime we could keep a list and/or associated code for plots we'd
like to see go in there. |
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Fri Jan 20 15:50:50 2017, J.C. Hanson, Modeling, General, Near-Surface Ice Modeling, Data and Ray-Tracing,
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| See attached report. |
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Wed Jul 5 19:22:52 2017, Brian Clark and Ian Best, Lab Measurement, Hardware, Mac Addresses,
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This is a "bank" of mac addresses that we obtained for the lab. They were taken by Ian Best (one of Jim' students) in summer 2017. We purchased
25 AT24MAC402 EEPROMS (https://www.arrow.com/en/products/at24mac402-stum-t/microchip-technology) and used a SOT-23 breakout board and a bus pirate to retrieve
their internal mac addresses. |
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Thu Mar 23 20:08:52 2017, J. C. Hanson, Analysis, Analysis, Latest near-surface ice report,
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Hello! See the attached report relating the compressibility of firn, the density profile, and the resulting index of refraction profile.
The gradient of the index of refraction profile determines the curvature of classically refracted rays. |
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Fri Sep 8 16:51:28 2017, Julie Rolla, Modeling, Other, Jordan's Code Antenna Optimization/Evolution, Other
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Below is the explaination regarding this code from Jordan. Attached is the code in its last form.
Hi Lucas, |
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Wed Sep 13 09:28:15 2017, Amy Connolly, Analysis, Analysis, Info on generating pseudoexperiments, calculating likelihoods from them and finding p-values, Other
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| Will point to a bunch of papers and stuff here. |
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Wed Jan 4 17:34:51 2017, J. C. Hanson, Modeling, Analysis, Extending the AskaryanModule analytical formulae for arbitrary Moliere radii (improved form factors),
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I've been working on a calculation to generalize the form factor (Eq. 26 of attached paper) to include particles from wider lateral distances from
the cascade axis. Formulae that were single terms now become sums, as I choose to model the contribution from wide-ranging particles as a sum of
exponentials rather than a single exponential distribution. See attached version of the paper (you can clone it using git: kingbee.mps.ohio-state.edu:/home/hanson.369/AskaryanPaper). |
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Mon Apr 24 22:27:29 2017, Brian Clark, Analysis, Analysis, Estimate of ARA Station-Year/ Livetime, ARA
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In response to a request by Amy, I make an estimae of the number of deep "station-years" of data obtained by ARA
so far. This means roughly (# deep stations) * (# months livetime). This is very approximate, and only counts days where ARA has data in the storage vault
on cobalt. It doesn't verify that cal pulsers are running, or that we actually have data for very hour of every day, etc. |
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Fri Feb 17 19:48:28 2017, J. C. Hanson, Modeling, Theory, Comparison figure for latest Askaryan Module paper, ARA
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See attached. I welcome any suggestions on the style. This would be the caption:
"(a) The spectrum from ZHS (dark gray), {symbol representing mine} (black), and Eq. 16 of ARVZ (light gray), scaled by R/E_C. The |
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Fri Mar 3 15:07:12 2017, Spoorthi Nagasamudram, Analysis, Analysis, Attempted modeling of inelasticity distribution with karoo gp,
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This document summarizes my project with karoo machine learning where I used it to model the inelasticity distribution from the Connolly
et al. cross-section paper. I plotted the four distinct functionst that karoo gave me out of a 100 against the data. The parameters I used were:
tree depth=5, number of generations = 20 and coeffecients ranging from 0.1 to 0.5. I had issues getting each of the functions to fit the |
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