Assignment: Given any connected, weighted graph G, use Dijkstras algorithm to compute the shortest (or smallest weight) path from any vertex a to any other vertex b in the graph G. You may print the results of this algorithm to the screen or to a log file. Your solution should be complete in that it shows the shortest path from all starting vertices to all other vertices. Complete the exercises below, then submit your code files and your exercise worksheet, and all supporting documents to Canvas before beginning the written portion of the final exam. You may use an external source as a reference for Dijkstras shortest path algorithms, please cite accordingly.

Write a python script that meets the following criteria: (Please NOTE:  For FULL credit these objectives must be accomplished in the context of completing the assigned task of searching a log file for invalid logins.  Creating a random array, variable, loop, etc. for no other purpose than to demonstrate it will only count for 80% of that element);

    successfully create file and save in VIM (40 points) -- include screenshots to demonstrate
    includes a comment with your name and date (10 points)
    Includes descriptive commenting throughout the script (20 points)
    Utilizes a Debugging method we discussed (10 points)
    loads the os module (20 points)
    Demonstrates the proper declaration and use of at least one variable. (20 points)
    Demonstrates the proper declaration and use of at least one list or dictionary. (20 points)
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# LIRI Bot

### Overview

In this assignment, you will make LIRI. LIRI is like iPhone's SIRI. However, while SIRI is a Speech Interpretation and Recognition Interface, LIRI is a _Language_ Interpretation and Recognition Interface. LIRI will be a command line node app that takes in parameters and gives you back data.

### Before You Begin

1. LIRI will search Spotify for songs, Bands in Town for concerts, and OMDB for movies.

2. Make a new GitHub repository called liri-node-app and clone it to your computer.

3. To retrieve the data that will power this app, you'll need to send requests using the `axios` package to the Bands in Town, Spotify and OMDB APIs. You'll find these Node packages crucial for your assignment.

  * [Node-Spotify-API](https://www.npmjs.com/package/node-spotify-api)

  * [Axios](https://www.npmjs.com/package/axios)

    * You'll use Axios to grab data from the [OMDB API](http://www.omdbapi

Irish Folk Song -
The Sick Note by the Dubliners (also known as Paddy is not at work today or The Bricklayers Song)
https://www.youtube.com/watch?v=YbkoXGhZlFI&index=1&list=PLj_dQkdzvwTDvytxYJy4tUzblhuEqI0Jg

Watch the video first, The scenario in this song will be the basis of the problem(s) that will follow.

Solving for Phase 1 (Paddy accelerates directly upward while the full barrel of bricks accelerates downward)

Paddy's mass = 115 [kg], Mass of barrel = 20 [kg], Mass of bricks (enough to fill barrel) = 170 [kg], Vertical distance from top to bottom 54 [m], Speed of anything at the start of either phase = 0 [m/s].

PLEASE SHOW STEP BY STEP ON HOW YOU SOLVED FOR EACH PROBLEM BELOW: MUST BE CLEAR AND EASY TO UNDERSTAND

Among the possible quantities that you could be asked to solve for would be
- The tension in the rope when Paddy shoots up like a rocket,
- Paddys acceleration when he shoots up like a rocket,
- The speed with whi

Assignment Background
In this assignment, you will develop a web application that will allow players to receive
cards from a collectible card game and trade those cards amongst their friends. The
card data used for this assignment is taken from the game Hearthstone. This is the
same data used in tutorial #8 a description of the structure of the data is provided at
the end of this document. A database-initializer.js file has been provided that will
create an empty 'a5' database in MongoDB and add each card to a 'cards' collection.
Note that the initializer will also delete any information in the 'a5' database. Each
user that registers for your web application will maintain their own set of cards and their
own set of friends. Friends within the application will be able to view each other's cards
and propose/accept trades with each other. All data your server uses for this
assignment (cards, user profiles, session data, etc.) must be persistent. Your serv

I am doing KNN model and I have very imbalanced data like below. Now I want to over sample Buy and Sell Label to be the same amount of Don't Move in my KNN model. I want to use SMOTE Synthetic sampling. I can share my code once a person is able to do it.
Buy    515      Don't move  1473 Sell    466

A program in C# using object-oriented programming and basic coding methods. I will provide a very basic starting code for a guideline and a PowerPoint describing the parameters. It should use around 80 methods in total and needs comments describing what the methods are doing. As well, please provide a flowchart and an Input-process-output model.

Final Project Rubric
Guidelines for Submission: Your final presentation may be submitted in PowerPoint, Google Presentation, or Prezi and must include speaker notes. There should
be approximately 810 slides. An alternative to a presentation with speaker notes is a presentation using a voice recording tool such as Jing.
This presentation will be based on a lab experiment I conducted on Newton's Second Law, which I have attached.

In this assignment, you will develop a web application that will allow players to receive
cards from a collectible card game and trade those cards amongst their friends. The
card data used for this assignment is taken from the game Hearthstone. This is the
same data used in tutorial #8 a description of the structure of the data is provided at
the end of this document. A database-initializer.js file has been provided that will
create an empty 'a5' database in MongoDB and add each card to a 'cards' collection.
Note that the initializer will also delete any information in the 'a5' database. Each
user that registers for your web application will maintain their own set of cards and their
own set of friends. Friends within the application will be able to view each other's cards
and propose/accept trades with each other. All data your server uses for this
assignment (cards, user profiles, session data, etc.) must be persistent. Your server
should be able to b

This is a continual project, and this is the third and final portion.  The included files are up to date as of the second part being completed.  It will need some corrections base upon instructor feedback which there is a doc file included with those.  They will need to be corrected first before proceeding with the instructions for the third and final part.  Thank you.