Assignment 1:

Compare and contrast predictive analytics with prescriptive and descriptive analytics.

Refer to Chapter 1 and 2 in the textbook:

Sharda, R., Delen, D., Turban, E. (2020). Analytics, Data Science, & Artificial Intelligence: Systems for Decision Support 11E. ISBN: 978-0-13-519201-6. 

Requirement: 

****Separate document for each assignment.****

Minimum 300-350 words. Cover sheet, abstract, graphs, and references does not count.

Add references separately for each assignment question.

Double Spaced and APA 7th Edition Format

No plagiarized content please! Attach a plagiarized report.

Check for spelling and grammar mistakes!

$5 max. Please bid if you agree.

Assignment 2:

Discuss the process that generates the power of AI and discuss the differences between machine learning and deep learning.

Refer to Chapter 1 and 2 in the textbook:

Sharda, R., Delen, D., Turban, E. (2020). Analytics, Data Science, & Artificial Intelligence: Systems for Decision Support 11E. ISBN: 978-0-13-519201-6. 

Requirement: 

****Separate document for each assignment.****

Minimum 300-350 words. Cover sheet, abstract, graphs, and references does not count.

Add references separately for each assignment question.

Double Spaced and APA 7th Edition Format

No plagiarized content please! Attach a plagiarized report.

Check for spelling and grammar mistakes!

$5 max. Please bid if you agree.

Assignment 3:

Which software-development methodology would be best if an organization needed to develop a software tool for a small group of users in the marketing department? Why? Which implementation methodology should they use? Why?

Requirement:

****Separate document for each assignment.****

Minimum 300-350 words. Cover sheet, abstract, graphs, and references does not count.

Add references separately for each assignment question.

Double Spaced and APA 7th Edition Format

No plagiarized content please! Attach a plagiarized report.

Check for spelling and grammar mistakes!

$5 max. Please bid if you agree.

Overview – Every organization must create a cyber security profile (System Security Plan (SSP)) for all of its major and minor information systems. The cyber security profile documents the current and planned controls for the system and addresses security concerns that may affect the system’s operating environment. The cyber security profile includes security categorizations, security controls, and is included in the certification and accreditation package. For this project, you will create a sample cyber security profile describing the security posture of your selected organization.  

Learning Objective – After completing this project, students will be able to 1) explain security categorizations, 2) explain management, technical, and operational controls, 3) provide examples of management, technical, and operational controls, and 4) create a security profile.

Media – Students will use the Internet and Microsoft Word. Students will use the NIST website. Students will use their selected organization’s information security program documentation. Students will use several NIST Special Publications.

Deliverable – Your sample cyber security profile should be at least three (3) full pages, double-spaced, 1-inch margins, New Times Roman 12-Pitch font, include a cover page (name, course number, date, title of paper) and a reference page. The cover page and reference page are not included in the three-page minimum. Papers not meeting the three full-page minimum will lose points. You must have at least three (3) sources, correctly formatted per APA guidelines. Submit your security profile the appropriate assignment area by the due date.

Detailed Description of Learning Activity

1. 2. Review the sample 800-53 System Security Plan template attached to this conference. This is a template an organization would use if it was doing a FULL security profile.

3. Select one management, one technical, and one operational control that applies to HHS (i.e., Risk Assessment – RA).

4. Describe each control. Include why these controls (and family controls) are required.

5. For each management, technical, and operational control, select two family controls (Vulnerability Scanning – RA-5).

6. Describe each family control, state the implementation status as it relates to HHS’s security program, and describe how your selected organization implements the control.

7. Write your sample cyber security profile. At a minimum, the profile should include:

a.) An introduction that includes the purpose of your paper and introduces security profiles as they relate to your selected organization.  

b) An analysis section that includes items 3, 4, 5, and 6 above

c) A conclusion that summarizes what you wrote

8. Use Spell and Grammar Checker before submitting. It is also a good idea to have someone else read your paper. You should also review the below grading rubric to ensure you have all the graded components.

9. Submit the project to the appropriate TurnItIn assignment area by the due date AND post a comment in the WebTycho assignment area stating you uploaded your assignment to TurnItIn.

10. Use the MANDATORY template for this assignment. You will earn zero points if you do not use the template. 

275 words

After Textbook Chapter 1 readings and your own research, describe and discuss ways, if any, we can safely share security data. Are there precautions we can take, technical solutions we can use, e.g., like using the CIA triad, or should we just not share these kinds of data? Feel free to argue for and against, just make sure to back up your statements with scholarly support.

APA 7E, Textbook attached

1. Use Docker Go SDK to implement basic docker run command dkr with a timeout option to force kill long running container. Images should be pulled if not available locally. For e.g.

   1) dkr run -k 5 alpine:latest sleep 10 # should start container and kill after 5 sec
2) dkr run alpine:latest sleep 10 # should execute for 10 sec

2. Implement a task scheduler, which given a list of tasks executes both serially and concurrently. For example:
3. 1. Execute task t1, t2, t3, t4 concurrent 
   2. wait for them to complete 
   3. Then execute t5,t6,t7 concurrent
   4. wait for them to complete 
   5. Then execute t8,
   6. wait for them to complete 
   7. Then execute t9
   1. Define the tasks structure that can be used as an input.
   2. After executing all tasks, print the list of task IDs and their start/return times.
   3. Task structure would be something like 
   4. type Task struct {
      ID string
      }

      // Run prints the Task ID, sleeps for few random milliseconds 
      // and returns the completion time
      func (t * Task) Run() time.Time

4. Implement an HTTP service which accepts incoming requests and assigns the request to 1 of 3 buckets (A, B or C) based on the given distribution. Write a unit test to verify your solution.

   E.g. If the server is configured with a distribution of 10%, 20%, and 70%, then out of 1000 incoming requests, responses should be A (100 times), B (200 times) and C (700 times). Approximation is acceptable.

Tony Spacken, Sales Manager, has an Excel workbook listing properties for sale. If a property is sold, Select National Properties Group will finance the property loan for 30 years at 7.5% interest. If the monthly payment of a property is greater than $300,000, the company will give the buyer a 1% discount of the selling price. Lavern Gallen is interested in purchasing the Pleasant Properties Warehouse, one of the company’s properties. She lives at 4231 Center Drive, Tempe, TX 76501.

For this project, you will need the following files: