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This write up is expanding off of what we learned in MIS 3406 by comparing Amazon Web Services to Microsoft Azure.

https://community.mis.temple.edu/sjennings/coursework/aws-vs-azure/

This project compares Amazon’s AWS to Microsoft’s Azure cloud platforms, in terms of virtual machines, storage, and hybrid cloud computing. Additionally, this project describes and discusses the benefits of hybrid cloud computing.

https://community.mis.temple.edu/ecripps/aws-vs-azure-the-hybrid-cloud/

 

1. My project discusses about two topics, Mobile Cloud Computing and Cloud Security. It talks about what Mobile Cloud Computing does, the advantages of using it and how it is related to Amazon Web Services. Then it briefly discusses about the functions of Cloud Security, why it is important and what impact it has on the users and which part of AWS is similar to what cloud security does. It wraps up with an example that uses both of these techniques to perform its service.
2. URL : https://community.mis.temple.edu/nkumari/cousework/mis3506research/

 

The purpose of this project was to get a better understanding of different trends around cloud computing. I learned about Green Cloud Computing and Edge Computing and compared these topics to the material learned in Enterprise IT Architecture.

Link to page: https://community.mis.temple.edu/rismaeil/mis-3406-propoints-assignment/

 

Mobile cloud computing provides a mobile user an application delivered over the internet that is powered by a cloud-backed infrastructure, while cloud security deals with the set of policies, controls, procedures and technologies that work together to protect cloud-based systems, data and infrastructure. These two topics work hand in hand because within mobile cloud computing, you need cloud security in order to protect the data on the cloud from any attack on the end user’s mobile device.

MIS3406

In this project, I have connected an API source for the Periodic Elements. I then created 12 buttons to sub-categorize the elements into their respective groups. The primary button will display all the elements in a table with their atomic number, name, mass, and element group. The smaller buttons, each named for the element group they represent, display a new table that only shows the element group. I did this by using functions that would be run when each button was clicked. The functions themselves used the $.getJSON method, then a for loop to run through the entire API, then within that I used an if statement to make sure that it was only displaying the element group it needed to. I did this to create a functional and easy interface to check which elements belong to which group at the click of a button.

My project can be found here.

1. Link: http://misdemo.temple.edu/tui54144/MIS%202402%20Project/
2. Goal: Find substitutes for common ingredients.
3. Results: When you type the name of an ingredient (e.g. butter, baking soda) and click the button, a list of substitutes come up.
4. What I Learned: I learned how to build something from scratch, and I learned the function of each part of the code. It was a difficult but rewarding experience since it taught me even a small type could affect the interactivity or appearance of the page.
5. Once approved, the description is automatically displayed in a post on your e-portfolio.

1. The goal was to research and develop a concept of a public API while also providing a recommendation for how it can be used.
2. Link: https://misdemo.temple.edu/tuh00470/jeopardy/
3. Recommendation: The jeopardy question API can be used through various applications as a possible trivia game. The API would pick random from 156,800 different jeopardy questions, and a user can attempt to answer them by comparing what they typed and the answer in the question’s data which was already generated.
4. Once approved, the description is automatically displayed in a post on your e-portfolio.

http://misdemo.temple.edu/tuj66655/movieapi/

This app can be used to quickly and easily display info about any Movie or TV show. Easier, quicker, and more effective at finding the information you actually care about and less of it that you don’t. No ads or unnecessary elements to the page. By simply typing in the title of a movie or TV show, the site contacts the OMDb API by placing your query into the .getJSON URL and returns relevant information based on the keywords you entered including: cast, plot, ratings, and awards.

Project link: https://misdemo.temple.edu/tug39450/pro_points_api/

Description added in the single page architecture program.

Recommendation: I recommend that Lichess API be used to run large scale statistics by accessing their public database and using their provided information about their users to draw meaningful conclusions about the online-chess playing community.