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How to turn off package notifications on Alexa

Echo smart speakers and smart displays have a handy feature that can show and tell you when there’s a package sitting on your doorstep and even what’s in it. While this can be helpful most of the time, around the holidays it could seriously ruin some surprises. Avoid making any Grinch-like moves this holiday and manage your Amazon shopping notifications in the Alexa app to help keep the magic alive. Alongside options for tailoring package announcements, the notifications section of the app also has a number of settings you can toggle on or off to help make the voice assistant a little more helpful when it comes to purchases you make on Amazon. Below are a few of the most useful that you might want to tweak this holiday season. Open the Alexa app. Tap on More in the bottom right hand corner. Select Settings > Notifications > Amazon Shopping . Under “Say or Show Item Titles” toggle off “including items in your shopping cart marked as gifts, or those that might be gifts during major...

STATISTICAL ANALYSIS USING RANDOM SETTINGS IN NS2

  While running ns2, we always get the same results as much we run with the same parameters. If we need to get different results for running with same parameters,we need to add some random property in our scripting. By using this property, we can check what goes wrong at an exact point. Normally in ns2, simulations are under three categories; DETERMINISTIC SETTING This setting is the default setting of ns2 and we get the same output in every run. This simulation scenario is usually convenient for debugging process and to locate errors that occurred in simulation codes or to study about complex nature of networks. So while running in deterministic setting, we will get same results on every time and which helps easy to analysis. RANDOM SETTING In case of a statistical analysis, we are forced to simulate a simulation scenario several times and to find out mean & variance. By using deterministic setting we are not able to do this because the variance is zero for that. So we have to...