![]() As you can imagine, even when only sampling a few minutes out of each file, doing this for each individual AP takes a lot of time. I'm supposed to find the threshold, peak, and after hyperpolarization of each action potential in a given section, then use that to calculate things like AP half heights and widths. I've been tasked with looking at files of electrical activity in the brainstems of rats. But I also noticed a few other technical areas where she may not always know about or utilize all of the technology available for certain tasks (she wasn't aware of LabChart Reader when I mentioned it, and doesn't use Powerpoints or other visual aids in her lectures), so I thought I'd ask. At first I just assumed this must be the only way to do this, because if there were a quicker way, I assumed my PI would have been using it. Sorry for the long post, but I want to make sure I get all the details in (feel free to ask for more info though).Įssentially, I'm doing some fairly tedious work and I feel like there's probably a program out there somewhere that could do it-or at least help speed it up. I might crosspost this on a physiology subreddit at some point, but given the area of physiology we're studying, I thought this might be a good place to start. Hello, I'm just getting started and have a few questions.I'm an undergrad who got a summer job working in an animal physiology lab. What is the difference between these 2 ISO images?Ģ) I read on the Snorby site that it interfaces with Snort, Suricata, and Sagan. #Labchart reader arithmetic slope smooth smoothsec iso# Does this mean I can use the snort rules I get from my oinkmaster code? Advantages/disadvantages over using the Emerging Rules file which appears to be part of the Smooth-Sec distro?ģ) How often is that file, updated, generally?Ĥ) I saw something called "Insta Snorby". Anyone know much about this?ĥ) I've had my Smooth-Sec up and running for nearly a day. I'm not seeing anything on the Dashboard (all 3 are zero), but in the right column under the "Last 5 Unique Events", I see items in the ET Policy sections:ģ0 of "ET POLICY OpenSSL Demo CA - Internet Widgits Pty (O)", with a red 1 (High Severity)ġ of "ET POLICY Suspicious inbound to Oracle SQL port 1521", with a yellow 2 (Medium Severity) Now I'm looking for an open source software that let me setup as an IPS, in an easy way. #Labchart reader arithmetic slope smooth smoothsec software# I've read about Smooth-sec but I can't understand the way to turn it in an IPS. ![]() Why don't these show up in the main screen area of the Dashboard? option under the Setup Menu or by left mouse clicking a given channel's title. Smoothsec Smoothsec calculates a moving average similar with the Smooth function with the difference of the ability to specify the sliding window in seconds. Below are the following Arithmetic Channel Calculation equations that can be used to calculate various forms of RMS. ![]() ![]() In Channel 3, open up the Arithmetic dialog Under the Functions drop-down menu in Arithmetic dialog, select Smoothsec() Complete the equation by specifying the channel and the unit. rms (source channel, window width in seconds) - calculates the root mean square of the source channel with a triangular (Bartlett) averaging window. sqrt (smoothsec ( (source channel)2, window width in seconds)) - alternative form that performs the same calculation as the basic rms () function. My problem is this: What if the grade is 1.47, what will be the exact numerical equivalent from 91-93.
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