All posts by : chebby

Lopes, M., Guarda, T. & Oliveira, P. (2019). How ISO 27001 Can Help Achieve GDPR Compliance. 2019 14th Iberian Conference on Information Systems and Technologies (CISTI), pp. 1-6.  https://ieeexplore.ieee.org/document/8760937?arnumber=8760937 

Al-Ahmad, W., & Mohammad, B. (2013). Addressing Information Security Risks by Adopting Standards. International Journal of Information Security Science, 2(2), 28–43.

 The required article readings of above articles give a good discussion and look at some of the frameworks that are used to manage risk within organizations and enterprises. One of the readings this week provided an introduction and comparison of different frameworks. As with anything, there are going to be strengths and weaknesses to all approaches. For research paper, please address the following in a properly formatted research paper:

• Do you think that ISO 27001 standard would work well in the organization that you currently or previously have worked for? If you are currently using ISO 27001 as an ISMS framework, analyze its effectiveness as you perceive in the organization.
• Are there other frameworks mentioned has been discussed in the article that might be more effective?
• Has any other research you uncover suggest there are better frameworks to use for addressing risks?

Your paper should meet the following requirements:

• Be approximately four to six pages in length, not including the required cover page and reference page.
• Follow APA 7 guidelines. Your paper should include an introduction, a body with fully developed content, and a conclusion.
• Support your answers with the readings from the course and at least two scholarly journal articles to support your positions, claims, and observations, in addition to your textbook. 
• Be clearly and well-written, concise, and logical, using excellent grammar and style techniques. You are being graded in part on the quality of your writing.

Every developer is focused on transmitting data securely. Hashing and hash functions are essential for securing business information and data. While the term cryptographic hash function may sound intimidating, it’s much simpler than it sounds. For this assignment, expand on the information provided in the course and fully address the items below.

Write a 2- to 3-page paper in which you: 

• Define cryptographic hash function (CHF).
• Elaborate on the main properties and definitions of an ideal cryptographic hash function.
• Propose 2 business applications or uses for a cryptographic hash function (e.g., password verification) and include a description of how it is used.

Format your paper according to APA guidelines with at least three sources cited covering scholarly and industry sources.

Review in 500 words or more the video below called Cloud Security Myths.

Use at least three sources. Include at least 3 quotes from your sources enclosed in quotation marks and cited in-line by reference to your reference list.  Example: “words you copied” (citation) These quotes should be one full sentence not altered or paraphrased. Cite your sources.   Stand alone quotes will not count toward the 3 required quotes.

Write in essay format not in bulleted, numbered or other list format. 

In the initial milestone writing assignment, you will evaluate the history of cryptography from its origins.  Analyze how cryptography was used and describe how it grew within history.  The writing assignment requires a minimum of two written pages to evaluate the history.  You must use a minimum of three scholarly articles to complete the assignment.  The assignment must be properly APA formatted with a separate title and reference page

In this assignment, you will write a Java program that implements the solution to the bounded buffer problem between a producer and a consumer. The producer will produce forever and the consumer will consume forever. The producer will put data into the buffer and the consumer will remove data from the buffer. The buffer must implement a means of ensuring that the buffer never enters an under flow (take too much data out) or over flow put too much data into the buffer. Additionally the buffer must have functionality so that a critical region problem does not occur with parallel updates to the data. 

Test you application by creating a java thread for the produce, the consumer and having them access a shared buffer with declared size 5. 

In Weeks 1-5, you will be working on gathering information in a Database Management Plan that will culminate in Week 6 in a 20-minute presentation (10-12 slides) to explain how to staff and run the organization’s database administration.  

The presentation will provide recommendations to an organization regarding how to develop a plan for the maintenance of databases that store business data and use in business analytics. 

Create 700-word entry in your Database Management Plan. You will use information from this entry in your presentation due in Week 6. Ensure you:   

• Assess the best way to organize data into your database.
• Distinguish how organizational data can be used in the most effective way through developing a database.
• Describe the relationship model and conceptual design to be used.  

Submit your assignment.

Note: This one IP is worth 200 points. Parts 1 and 2 together are worth 100 points. Part 3, which is “summative” is worth 100 points. Part 1: In a two-phase, total-order multicast system, messages are sent in the following sequence from node S to G1 and G2. G1 and G2 are the members of the group. 1. S sends m1 to G1 2. S sends m1 to G2 3. S sends m2 to G2 4. S sends m2 to G1 Use the basic implementation of the Lamport clock. The clock s at each node start at: S: 4, G1: 6, G2: 1 Show the exchange of messages and their acknowledgments in a clock diagram using the basic implementation of Lamport’s clock. In which order and at what times are m1 and m2 delivered? Part 2. Draw a state diagram of Maekawa’s voting algorithm on the slide “Maekawa’s algorithm” in the “Distributed mutual exclusion” slide set. Note that the state diagram is from the point of view of any one of the nodes, called “this” node below. The state diagram cannot show the states of other nodes. i) Start with the basic case where “this” node wants the lock, gets it, and then releases it, and no other node wants the lock at the same time. In this case, “this” node goes through all the states in this order: Released and not voted Wanted and not voted Wanted and voted Held and voted Released and voted (Back to) Released and not voted Events are: acquire for when “this” node wants the lock release for when “this” node gives up the lock. 8/7/20 3:01 PM 15 request_received, reply_received, and release_received when a message from any node arrives at “this” node. The state diagram is similar the one of Ricart and Agrawala’s state machine (in the Distributed Mutual Exclusion PowerPoint deck) but has more states. *** If you do part i) more or less correctly, you will earn most of the points. *** ii) The complete solution includes the situations where “this” node votes on requests from other nodes. The states are the same as above, but there are additional transitions and actions. Use the “Maekawa scenario” slide in the Distributed Mutual Exclusion slide set, or Fig. D-10 in the Study Guide. Warning: There is an incorrect solution for this problem on the Web. It has extra, incorrect states. Part 3 (100 points): Summarize the course in your own words in an essay of 5-6 pages or so. Feel free to reuse any relevant DB posts as well as Unit 3 IP, but please correct any errors found. Edit it all into one paper that reads nicely from top to bottom and is styled according to APA. Include at a minimum: • How threads and safe objects interact. This can be in general or based on Ada or Java. • Entity-life modeling: the idea of finding event-sequence models of the domain and map them onto thread architectures in the software. Deadlock prevention. • The use of logical clocks for communication and/or for distributed mutual exclusion.  

Need to done in Power BI Desktop, please let me know..

“Heuristics and Analytics”  Please respond to the following:

• The ideal method of evaluation products involves volunteers. However, sometimes this is not feasible (i.e., product time constraint, too expensive, etc). This where experts who are knowledgeable about interaction design, needs, and typical behavior of users come into the picture. Choose a random product that you use daily and speculate on how a heuristic evaluation would be performed on that product. Provide a rationale for your response.
• Social media websites, such as Facebook, Twitter, and e-Commerce giant Amazon, use some form of Web analytics. Speculate on the Web analytic tool that you believe is most commonly used. Justify your response.