Create a new file named linked_list_tests.c with a corresponding header file. This file should contain three functions:

1. void linked_list_insert_sequential_start(int num_samples, int sample_size)
2. void linked_list_insert_sequential_end(int num_samples, int sample_size)
3. void linked_list_insert_random(int num_samples, int sample_size)

Sequential Insert

The first test should create a new sample of size sample_size. Similar to the testing functions used for arrays, you can simulate this using a void * object and allocating sample_size bytes to it. Insert the new pointer at the beginning of the linked list.

The second test will be almost identical to the first one you created, except you should add each sample to the end of the list. Since you are simulating a standard, singly-linked list, you should expect that this version will perform slower inserting at the beginning of the list.

Random Insert

The third and final test should insert the samples at a random position based on the current number of samples. Reference the random tests in array_tests.c to see how the random values are generated.

After implementing all three functions, include the header file in run_tests.c and create a function named void linked_list_tests(int num_samples, int sample_size). This function should call each individual test you created previously. Use array_tests as a reference to what this should look like.

Running the Tests

The provided Makefile will compile and run the tests automatically. If you implement the functions as requested correctly, this will also work for your new tests. Once you have implemented the new tests, run the test by calling make.

The output should clearly show which test is being performed followed by the time (in ms) that it took to execute the test. Feel free to model your benchmark function after the array tests already provided. If the tests run properly, you’re done!

Part 1

Strategic Planning:

Case Study Overview:

In conventional business and government megaprojects–such as hydroelectric dams, chemical-processing plants, or big-bang enterprise-resource-planning systems–the standard approach is to build something monolithic and customized. Such projects must be 100% complete before they can deliver benefits: Even when it’s 95% complete, a nuclear reactor is of no use. On the basis of 30 years of research and consulting on megaprojects, the author has found two factors that play a critical role in determining success or failure: replicable modularity in design and speed in iteration. The article examines those factors by looking at well-known megaprojects, both successful ones, and cautionary tales.

Case Study LinkBetter Project Management | Harvard Business Publishing EducationUsing the megaproject case study  answer the following:You have just read an awesome article about megaprojects and how to make them more modular.  You are new to an organization managing their Portfolio Management Office (PMO) and have several projects that you feel meet the criteria of a “megaproject”.  Given what you have learned from this article and your experience managing projects identify the following:

1. What would be your suggested approach to managing a megaproject?
2. What are the risks with your approach? 

Part 2Using your knowledge of stakeholders, stakeholder management, and the Megaproject case studies linked above, answer the following: 

1. Develop a stakeholder matrix for a mega project
2. Describe stakeholder issues that could arise when managing a megaproject. 
3. Identify 2-3 stakeholders and their role within a megaproject.  

Text

Title: Effective Project Management 

ISBN: 9781119562801 

Authors: Robert K. Wysocki 

Publisher: Wiley 

Publication Date: 2019-05-07 

Edition: 8th Edition

 Questions & Answers

1. What are the four parts of the administrative simplification requirements of HIPAA? 

2. Name three factors used to determine whether you need to comply with HIPAA. 

3. What are the three categories of entities affected by HIPAA Medical Privacy Regulations? 

4. What would business associates of covered entities consist of as it pertains to HIPAA’s regulation?

5. Who/what is covered by the HIPAA Privacy Rule? Give some examples. 

6. What information is protected in HIPAA? 

7. Describe the Basic Principle and Required Disclosures of HIPAA. 

8. Is a health information organization (HIO) covered by the HIPAA Privacy Rule? 

9. Does the HIPAA Privacy Rule inhibit electronic health information exchange across different states or jurisdictions? 

10. How should a covered entity respond to any HIPAA Privacy Rule violation of a health information organization (HIO) acting as its business associate? 

11. True or false: As a patient, your doctor must have you sign a HIPAA Consent and Release Form to share your ePHI or PHI with insurance providers who pay your medical bills. This is part of the HIPAA Privacy Rule. 

12. After the patient provides consent and permission to the medical practice or covered entity, what agreement is needed between the medical practice and its downstream medical insurance claims processor or downstream medical specialist that requires the patient’s ePHI? 

13. Why is security awareness training for all employees within a health care organization a major component of HIPAA compliance?

14. Under the HIPAA Security Rule, it is a requirement for a health care organization to have a security incident response plan and team to handle potential security incidents and breaches. Why is this a requirement? 

15. True or false: It is a requirement for a health care organization to secure the transmission of ePHI through the public Internet.

For this paper, you will construct a recommendation to study and evaluate a specific technology. To support your recommendation you will use information from either your Technology Review #1 or Technology Review #2. By the time you are finished with your recommendation, you will have performed all four stages of the technology scan.