-Develop a 20 slides executive summary of your project with schedules, cost, and technical details.

-Submit your Disaster Recovery Plan PowerPoint Presentation here. 

 On the internet or your phone, listen to TWO of the following early Rock and Roll songs from the list below: o Bill Haley, “Rock Around the Clock” o Elvis Presley, “That’s All Right”  o Elvis Presley, “Mystery Train/”I Forgot to Remember to Forget”  o Elvis Presley, “Jailhouse Rock” o Little Richard, “Tutti Frutti”  o Chuck Berry, “Johnny B. Goode”  o Chuck Berry, “Brown-Eyed Handsome Man” U o Buddy Holly, “That’ll Be the Day”  o Buddy Holly, “Bo Diddley”  MUS 121 – Rhythm Blues and Hip Hop Unit 2 – Rock and Roll – Music as a Cultural Artifact – Guided Listening Assignment  After listening to your TWO selections, answer the following questions in a word document: o Define the musical term: Rock and Roll. o, Share a brief biography of each of the two bands/artists you chose. o Name the members of each of these bands. o Who were the songwriters of the songs that you chose? Was there any controversy surrounding the song if the performing artist was not the original songwriter? o Examine the lyrics and share the lines of each song which are your favorite and/or made an impression on you. o What are the ideas being addressed in each of these songs?  o What is the date that the original music was written? What is the date that  this original recording was made/released? o Has anyone else recorded the two songs you have chosen? If so, find one  YouTube recording of “covers” of each the two songs you have chosen if  they are available. If nothing is available, please indicate that as well. o List the instruments you hear in these recordings. Are each of these songs  the same or different instrumentation?  o What was your favorite thing about the performances/recordings?  o What emotions did the performances/recordings make you feel when you  heard it? Requirements:  Three to four pages in length, excluding the Reference page.  APA format, including an in-text citation for referenced works.  At least four resources 

 1. Answer the following discussion question and use the grading rubric to see how you will be evaluated. Note that you must post your initial thread/post before you can view other students’ posts.

Compared with some of the other models you have read in the textbook, another increasingly common way to view IT-Business strategy and strategic use of information resources is through the lens of Digital Business Strategy and Digital Transformation. View the following video then answer the related questions – the presentation is titled Digital Disruption: Transforming Your Company for the Digital Economy with Jeanne Ross – [approximately 45-minute presentation] –

1. Other than a difference in terminology, how is a “Digital Strategy” as presented in the video different than an IT Strategy that you read about in Module 1?

2. What is SMACIT? How are the technologies included in SMACIT disrupting businesses? What operational or digital foundations must be in place in order for a business to successfully build an integrated digital strategy with SMACIT?

3. After reviewing the video, provide an example of a company you believe is successfully employing a digital business strategy and provide several examples as related to SMACIT and backbone? (Please choose a company other than one in the presentation. You may consider choosing a manufacturer. Avoid choosing a tech company such as Facebook or Amazon.)

 Implement Gale-Shapley Algorithm for computing Stable Marriage Assignment in any language, such as Python, Java, C++ or MATLAB, using the approach and data structures described in the first two Chapters of the Kleinberg and Tardos text. The input file should include number of subjects, n, preference list for men and women one line for each. n m1: w11, w12, …, w1n … … mn: wn1, wn2, …, wnn w1: m11, m12, …, m1n … … wn: mn1, mn2, …, mnn a) Write a function to create preference lists for men and women. Function should take number of men (women), say n, create preferences and output them. b) Write the output, explicitly checking to see that it is a stable match (It requires a separate function to check). Turn in sample inputs and corresponding outputs in separate files. c) Run the algorithm on several instances of the problem for n = 10 with different input files and plot the variation in the running time. d) Run the algorithm on several instances of the problem for n = 10 with the same input file and plot the variation in the running time. e) Run the algorithm on problem instances with n = 10, 15, 20, 50, 100, and plot the average running time as a function of the problem input size (n). f) Run the algorithm on several instances of the problem for n = 10 with the same input file, let a different man start proposing and output the matches.