Category: Computer Science

  • prepare an eight-to-ten-page analytical summary of your research in which you id

    prepare an eight-to-ten-page analytical summary of your research in which you id

    prepare an eight-to-ten-page analytical summary of your research in which you identify and discuss the role of AI in Cybersecurity. Your summary should address the following:
    The NIST Artificial Intelligence Resource Center (AIRC) supports the development and deployment of trustworthy and responsible AI technologies. This site provides an excellent set of resources for providing guardrails for AI development and deployment.
    A descriiption of current uses of AI across the government and other sectors. Include specific use cases for cybersecurity.
    Describe the strengths, weaknesses, opportunities and threats (SWOT) for using AI in general and specifically for cybersecurity.

    Discuss and make specific recommendations on how you could apply the AI RMF framework and associated playbook to AI applications you are considering or might consider in the future to be implemented.
    Summarize you paper in a short conclusion section.
    Provide all associated references using APA style

  • Preparatory Instructions: Please be sure to read Chapter 6 – Data Modeling (pp

    Preparatory Instructions:
    Please be sure to read Chapter 6 – Data Modeling (pp

    Preparatory Instructions:
    Please be sure to read Chapter 6 – Data Modeling (pp 187 – 213, Systems Analysis & Design text).
    Entity Relationship Diagrams (known as ERDs) depict the data that will be used and created in a system and provides business requirements details such as the type and amount of each data element as well as the relationships between data entities.
    This week we will practice creating ERDs. You will find that ERDs are very commonly used and can be a critical tool used during requirements analysis and design phases.
    Objectives:
    This week’s assignment is to apply each Normalization rule to the Inventory Order model to reach the 3rd Normal Form.
    The system development team at the Wilcon Company is working on developing a new customer order entry system. In the process of designing the new system, the team has identified the following data entity attributes:
    Inventory Order
    Order Number (identifier)
    Order Date
    Customer Name
    Street Address
    City
    State
    Zip
    Customer Type
    Initials
    District Number
    Region Number
    1 to 22 occurrences of:
    Item Name
    Quantity Ordered
    Item Unit
    Quantity Shipped
    Item Out
    Quantity Received
    Example:
    Entity Relationship Diagram for Music CD Information
    Deliverables:
    Apply each normalization rule in order (1 to 3) to reach the 3rd Normal form.
    Apply first normal form rules and provide result as 1st normal form. Provide a brief description of what was applied to reach 1st normal form as well as the model in 1st normal form.
    Apply second normal form rules and provide result as 2nd normal form. Provide a brief description of what was applied to reach 2nd normal form as well as the model in 2nd normal form.
    Apply third normal form and provide result as 3rd normal form. Provide a brief description of what was applied to reach 3rd normal form as well as the model in 3rd normal form.
    Submit your Entity Relationship Models (1st thru 3rd normal form) as Visio, Word or image files to Canvas

  • Follow the the table of content listed below and use the PRINCE2 methodology : S

    Follow the the table of content listed below and use the PRINCE2 methodology :
    S

    Follow the the table of content listed below and use the PRINCE2 methodology :
    Section1 – PROJECT PLAN
    TASK 1 -A Business Case
    1.1 A brief rationale for the project
    1.2 Summary of benefits
    1.3 Current Problem, proposed solution and alternatives
    1.4 Cost/Benefit analysis
    TASK 1B – Project Initiation Document
    B.1 Purpose of PID
    B.2 Case Study Background
    B.3 Project Objectives
    B.4 Project Management Structure and Role Descriiptions
    B.5 Constraints
    B.6 Assumptions
    B.7 Interfaces
    B.8 Project approach
    B.9 Scope
    B.10 Quality Criteria
    B.11 Risk management approach
    B.12 Communication strategy
    B.13 Project Controls
    TASK 2 – Project Plan
    2.1 Project Plan
    2.2 Work Based Structure
    2.3 Critical Path Analysis
    TASK 3 – Approaches to Project
    Section 2 – REFLECTION

  • making a maned wolf habitat in a zoo in tinkercad with barriers, holding area fo

    making a maned wolf habitat in a zoo in tinkercad with barriers, holding area fo

    making a maned wolf habitat in a zoo in tinkercad with barriers, holding area for zookeepers and lots of rocks and as much as their natural habitat as possible.

  • Two pages of instructions will be attached. Please provide images when needed. P

    Two pages of instructions will be attached.
    Please provide images when needed.
    P

    Two pages of instructions will be attached.
    Please provide images when needed.
    Please provide in-text citation as well as references at the end of the assignment.

  • Please explain to me how using getmetricdata API I can query cloudwatch. I know

    Please explain to me how using getmetricdata API I can query cloudwatch. I know

    Please explain to me how using getmetricdata API I can query cloudwatch. I know how to schedule, eventually I will need to show the hourly requests (dimension 1 is client dimension 2 is APIPath) eg 2024-12-6 23:00, client4, /Api/path/item6 2 (this will be one row) Should not be more than 30/40 minutes

  • The project plan helps us understand the high-level tasks that will need to be c

    The project plan helps us understand the high-level tasks that will need to be c

    The project plan helps us understand the high-level tasks that will need to be completed to meet objectives as well as estimate timelines. When we take this information and put it in charts (i.e. Gantt and PERT), we can use the visual to quickly view our plan and understand how we are working towards our objectives.
    Gantt Chart ImagePERT Chart Image
    Figure 1: Gantt and PERT Charts Example
    Objectives:
    This week’s assignment is to pretend that the career services office at your university wants to develop a system that collects student résumés and makes them available to students and recruiters over the Web. Students should be able to input their résumé information into a standard résumé template. The information then is presented in a résumé format, and it also is placed in a database that can be queried through an online search form. You have been placed in charge of the project.
    The goal of this assignment is to:
    Prepare a plan for estimating the project. How long do you think it would take for you and three other students to complete the project?
    Provide support for the schedule that you propose.
    Create a work plan that lists the tasks that will need to be completed to meet the project’s objectives. Create a Gantt chart and a PERT chart in a project management tool (e.g., Microsoft Project) or use a spreadsheet package to graphically show the high-level tasks of the project.
    Deliverables:
    Write out your plan and provide support (explanations) for the schedule that you are proposing (1-2 pages).
    Formalize your plan information by preparing a Gantt and PERT chart and upload the word document, Gantt and PERT chart to Canvas.

  • Pick any two of the attached prompts and respond to them. I have included the fu

    Pick any two of the attached prompts and respond to them. I have included the fu

    Pick any two of the attached prompts and respond to them. I have included the full instructions. Can you please complete the set of instructions that is bolded and underlined.

  • Ensure you have a working WebGL or OpenGL setup. If you haven’t already, install

    Ensure you have a working WebGL or OpenGL setup. If you haven’t already, install

    Ensure you have a working WebGL or OpenGL setup. If you haven’t already, install any necessary tools, libraries, or frameworks required to run either program. Understand how the Sierpinski Gasket is generated using WebGL/OpenGL. Pay close attention to how primitives and attributes are utilized in the code. Check out these two resources for information:
    https://www.cse.unr.edu/~fredh/class/480/text-icg-2ed/Chap-02/ch-02-6up.pdfLinks to an external site.
    http://web.cse.ohio-state.edu/~machiraju.1/teaching/CSE5542/Lectures/pdf/cse5542-machiraju-week-3.pdfLinks to an external site.
    Create a simple WebGL/OpenGL program that renders the Sierpinski Gasket using a vertex shader and a fragment shader.
    As you witness the Sierpinski Gasket being rendered, what do you observe? How do the primitives and attributes influence the final output? What patterns emerge as the gasket is generated? How does changing attributes affect the appearance of the fractal?
    In your submission include the following:
    Your code
    Screen images of your image being rendered
    2-3 paragraph reflection

  • You learned in past courses that an algorithm is a set of instructions for perfo

    You learned in past courses that an algorithm is a set of instructions for perfo

    You learned in past courses that an algorithm is a set of instructions for performing a procedure. The set of instructions for encrypting and decrypting data is called the cipher algorithm. Many different cipher algorithms have been developed to encrypt data that could only be decrypted with a secret key and the original cipher algorithm.
    As a developer, you will want to use only cipher algorithms that have not been broken. That means cipher algorithms that can encrypt data and can only be decrypted with a secret key. You’ll want to recommend using this cipher algorithm to make certain your data’s security is in place. You must also understand which cipher algorithms you need to share encrypted data. To decrypt your data, you or the receiving party must have the secret key and use the same cipher algorithm originally used to encrypt the data.
    In this assignment, you will identify appropriate algorithm ciphers to apply to a situation and justify your reasoning.
    Directions
    Artemis Financial is looking to encrypt its archive files. The company needs your advice because you are the developer and security expert. Artemis Financial wants advice about employing best practices for encrypting its long-term archive files. You must research and identify the best and most secure cipher available. Then you’ll recommend the algorithm cipher for file encryption that is most appropriate for Artemis Financial’s needs.
    Review this module’s Resources section to help with this assignment. Document your recommendations and deliver them to Artemis Financial. This work will inform your continued work with Artemis Financial in Project Two. However, this assignment’s specifics are not required as a deliverable in Project Two.
    Specifically, you must address the following rubric criteria:
    Algorithm Cipher: Review the scenario and the Java Security Standard Algorithm Names resource, a standard list of algorithm ciphers provided by Oracle for recommending an appropriate encryption algorithm cipher. This resource is linked in the module’s Resources section. Specifically, recommend an appropriate encryption algorithm cipher to deploy, given Artemis Financial’s security vulnerabilities. Consider the following points in your decision-making process:
    What security protection best practices do you need to consider to defend against various types of security attacks?
    What are the risks of your recommendation?
    What government regulations do you need to consider? How will these regulations be met?
    How will this algorithm cipher be used?
    What is the best cipher, and why?
    What are the reasons why you might not choose the most secure cipher?
    Justification: You have been asked to give a brief overview of the encryption algorithm cipher to justify your recommendation to Artemis Financial. Consider the following points:
    Explain the purpose of the cipher’s hash functions and bit levels?
    Explain the use of random numbers, symmetric versus non-symmetric keys, and so on.
    Describe the history and current state of encryption algorithms.
    What to Submit
    Submit your recommendations as a 1- to 2-page Microsoft Word document with double spacing, 12-point Times New Roman font, and one-inch margins. Sources should be cited according to APA style.
    Module Four Written Assignment Rubric
    Criteria Proficient (100%) Needs Improvement (70%) Not Evident (0%) Value
    Algorithm Cipher Recommends an appropriate encryption algorithm cipher to deploy, given Artemis Financial’s security vulnerabilities Shows progress toward proficiency, but with errors or omissions Does not attempt criterion 40
    Justification Gives a brief overview of the encryption algorithm cipher to justify the reasoning for recommendation to Artemis Financial Shows progress toward proficiency, but with errors or omissions Does not attempt criterion 40
    Articulation of Response Clearly conveys meaning with correct grammar, sentence structure, and spelling, demonstrating an understanding of audience and purpose Shows progress toward proficiency, but with errors in grammar, sentence structure, and spelling, negatively impacting readability Submission has critical errors in grammar, sentence structure, and spelling, preventing understanding of ideas 10
    Citations and Attributions Uses citations for ideas requiring attribution, with consistent minor errors Uses citations for ideas requiring attribution, with major errors Does not use citations for ideas requiring attribution 10
    Total: 100%