Intellipaat offers Machine learning training that mainly focuses on key modules such as Python, Algorithms, Statistics & Probability, Supervised & Unsupervised Learning, Decision Trees, Random Forests, Linear & Logistic regression, etc. Machine learning is an application of artificial intelligence (AI) that provides systems the ability to automatically learn and improve from experience without being explicitly programmed. Machine learning focuses on the development of computer programs that can access data and use it learn for themselves.Machine Learning, as the name suggests, provides machines with the ability to learn autonomously based on experiences, observations and analysing patterns within a given data set without explicitly programming. Machine Learning, as the name suggests, provides machines with the ability to learn autonomously based on experiences, observations, and analyzing patterns within a given data set without explicitly programming. Project 01: Analyzing the trends of COVID-19 with Python

Intellipaat is offering a comprehensive AWS course created by industry experts. The entire AWS training course is in line with the AWS Certified Solutions Architect exam. You will learn various aspects of AWS like Elastic Cloud Compute, Simple Storage Service, Virtual Private Cloud, Aurora database service, Load Balancing, Auto Scaling and more by working on hands-on projects and case studies. You will implement AWS best practices in this training. What projects I will be working in this AWS certification course?

I recently got a Fitbit Versa 2 smartwatch (thank you wellness incentive) and found there was a clock face that looked like a Linux prompt. Which got me thinking about creating my own. The dev.fitbit.com site looks helpful and worth following their quick tutorial. Mix in a SUSE logo and a tail that curls/uncurls with the seconds and it may become a great way to show off some nerdiness.

I've got a small filtering proxy in our home LAN, used as a web filter for my kids. One most annoying mis-feature is that every time a Linux computer with a "modern" UI such as GNOME connects to the network, a popup window asks the user to enter "tickets" for my Fritz! box, although NM correctly sets up the proxy and net surfing is possible just fine. Currently the only workaround for this is to deactivate NM's "connectivity check" altogether. IMO that's not the right solution - if NM is able to detect and configure proxies for the system, it should also be able to use these proxy settings for its connectivity check. This touches on the fact that proxy configuration support is generally in a miserable state (not only) on Linux.

This project purpose are: 1) research and config openwrt network