Category: Programming

  • Programming Question

    Touchstone Task 2.2: Planning IP Address Assignments

    ASSIGNMENT: The Touchstone Tasks in this course will help you prepare for the final Touchstone, which you will submit at the end of Unit 4. A Touchstone is a project that demonstrates your comprehension of the course material. It will help you refine skills, and demonstrate application of knowledge. For your reference, there is more information about Touchstones in the student guide.

    There are a total of five Touchstone Tasks throughout the course:

    • Touchstone Task 1: Planning a Network Infrastructure
    • Touchstone Task 2.1: Planning Network Printer Connectivity
    • Touchstone Task 2.2: Planning IP Address Assignments
    • Touchstone Task 3: Planning a Wireless Infrastructure
    • Touchstone Task 4: Planning Network Security Measures

    There are many benefits to segmenting a network so that all the hosts are not on the same broadcast domain. This Touchstone Task prompts you to think about those benefits, formulate a segmentation plan, propose a subnet mask, and evaluate whether or not using VLANs is an appropriate choice. While all of this technical information may not make it directly into your final Touchstone report, it is useful to think about these considerations because they may inform other decisions you make.

    While you will not receive a grade or feedback on this Touchstone Task submission, doing the work now will help you complete your final project. Completing this exercise at this point of the course ensures that you are ready to move on. Further, these Touchstone Tasks build throughout the next Units and form the foundation of the presentation for your final project.

    Helpful Links:

    A. Directions

    Step 1: Review Final Touchstone

    Review the final to learn more about the overall assignment and see how you will be graded. Return to this page to continue your Touchstone Task.

    Step 2: Review Greenfield Properties Scenario

    Review the about Greenfield Properties. You will use this information to answer questions related to IP address assignments. Make sure you also review the additional client expectations related to Touchstone Task 2.2: Planning IP Address Assignments.

    Step 3: Answer Questions

    Based on the information provided by the client, answer the questions in the in 2-4 sentences each. Be sure to explain your answers in detail.

    hint

    As you review the scenario and respond to the questions, consider what the client is trying to accomplish and what they have shared about their expectations. Use these perspectives to shape your response to the questions.

    Step 4: Upload Completed Questions

    Select the submit button at the top of this page and follow the instructions to upload the template with your completed question responses. You will use these answers as a reference when completing the final Touchstone at the end of Unit 4.


    B. Requirements

    While this assignment is ungraded, we recommend you practice the following conventions, which are required for graded Touchstones:

    • Composition should be double-spaced with one-inch margins.
    • Use a readable 11- or 12-point font.
    • Use professional fonts such as Calibri, Arial, or Times New Roman. Do not use unusual fonts.
    • Composition must be original and written for this assignment, and all writing must be appropriate for an academic context.
    • Plagiarism of any kind is strictly prohibited.
    • The submission must include your name, the date, and the title of your composition.
    • Include all assignment components in a single .doc or .docx file.

    Requirements: 1 page

  • Programming Question

    What is the full form of WPM

    Requirements:

  • What is earth

    What is earth

    Requirements:

  • Blockchain

    Lab Instructions For this lab and any others that require research you must answer in your own words and cite your references correctly. A cut-and-paste answer will earn a zero for the entire assignment and may earn a course grade of F for plagiarism. In this lab, you are going to build a simple blockchain from scratch. Part 1: Code your blockchain using python/java or any programming language you prefer. Two references have been provided below. You could follow the tutorial there or use any other source you found. Build Your Own Blockchain Using Python Building a Blockchain in Under 15 Minutes – Programmer explains Deliverable for Part 1: Submit the source code file for your blockchain implementation to D2L. Part 2: You will need to create a transcript to explain how Blockchain works (conceptually) and its implementation using your own words. I will need to create a video so I need a transcript of to explain the blockchain. The transcript should support a video that can be around 10-15 mins long.

    Attached Files (PDF/DOCX): Lab 1-IT6923 (1).docx

    Note: Content extraction from these files is restricted, please review them manually.

  • CARA BERADAPTASI DENGAN TEKNOLOGI BARU YANG CANGGIH SEPERTI…

    bagaimana cara agar beradaptasi dengan teknologi teknologi terbaru , contohnya seperti computer ?

    Requirements:

  • Programming Question

    Objective:

    The research paper component of the course is designed to deepen your understanding of a specific AI-related topic. The topic must be aligned with the course objectives and the overarching themes of AI-enabled systems, such as machine learning, natural language processing, computer vision, ethics in AI, and AI system integration. Your paper will demonstrate your ability to engage in scholarly research, critically analyze literature, and apply methodologies in the context of AI and its real-world applications.

    Paper Requirements:

    • Length: 8-10 pages (excluding cover page, abstract, and references).
    • Format: APA style (12-point Times New Roman, double-spaced).
    • Font: Times New Roman.
    • Margins: 1-inch on all sides.
    • References: A minimum of 10 peer-reviewed academic sources.
    • Citation Style: APA format for in-text citations and the reference list.

    You can select a topic related to AI that aligns with your interests or one of the following course objectives:

    • Exploring AI technologies (machine learning, NLP, computer vision).
    • Evaluating the ethical, privacy, and societal considerations in AI-enabled systems.
    • Investigating the integration and application of AI in real-world systems across various industries (healthcare, transportation, finance, etc.).

    Paper Structure:

    Abstract- 200-350 words and 5 keywords

    1. Introduction (1-1.5 pages)

    • Provide an overview of the research topic, explaining why it is significant within the context of AI-enabled systems.
    • Briefly state the research question or objective of your paper.
    • Present a thesis statement outlining what your paper will demonstrate or analyze.

    2. Literature Review (2-3 pages)

    • Conduct a comprehensive review of the current academic literature on your chosen topic.
    • Identify key theories, models, and findings in the field.
    • Discuss the evolution of the topic, highlighting any debates or gaps in the existing research.
    • Make sure to relate the literature to the key themes and objectives of the course (e.g., ethical concerns in AI, system design, real-world applications of AI).

    3. Methodology (1-1.5 pages)

    • Describe the research methodology you used to investigate your chosen topic (qualitative, quantitative, or mixed-methods).
    • If applicable, explain any experiments, datasets, or models you used.
    • Discuss how your methodology addresses the research question or objective, including any limitations.

    4. Results and Discussion (2-3 pages)

    • Present the findings from your research or analysis.
    • Provide data, charts, or graphs if necessary, and interpret the results.
    • Discuss how these results relate to the existing literature reviewed in the previous section.
    • Reflect on the implications of your findings, especially for real-world AI applications and ethical considerations.

    5. Conclusion (1 page)

    • Summarize the key points and findings from the paper.
    • Reiterate the significance of the topic and how your research contributes to the field.
    • Propose future directions for research or suggest practical applications of your findings in AI-enabled systems.

    Tips and Hints for Success:

    • Choose a Specific Topic: Make sure your topic is narrow enough to be covered comprehensively within the paper’s length. Focus on a specific aspect of AI-enabled systems (e.g., explainability of AI models in healthcare, bias in recommendation systems, etc.).
    • Use High-Quality Sources: Your literature review should primarily rely on peer-reviewed journal articles, conference papers, and reputable sources. Avoid using non-scholarly articles or blogs.
    • Stay Relevant to the Course: Your paper should address at least one or more of the core principles of the course. Make sure to tie your topic to the concepts of AI technologies, systems integration, ethics, or real-world applications.
    • Be Clear and Concise: Write in a clear, academic style. Avoid jargon and explain complex terms to ensure accessibility for a wider audience.
    • Use Visuals Wisely: Include charts, graphs, or figures to support your arguments, but dont overdo it. Use visuals to enhance clarity or provide evidence for your claims.
    • Cite Correctly: Make sure to cite all sources correctly using APA formatting. This includes both in-text citations and your reference list at the end of the paper.
    • Proofread: Always proofread your paper to eliminate any errors in spelling, grammar, and punctuation. Well-polished writing reflects your academic effort.

    Requirements: Follow all the instructions carefully

  • Poster with code for ( introductory programming) assignment

    This assignment requires you to design and implement a working Python program based on your allocated scenario (for me, Scenario 5C), ensuring it meets all functional requirements such as correct data handling, validation, persistence, and reporting. You must structure your solution using appropriate data structures and clear program logic, handle edge cases (e.g., invalid input or overspending), and ensure the program runs correctly. In addition to the code, you must create a one-page poster explaining your problem context, inputs, program behaviour (pseudocode or flowchart), chosen data structures with justification, persistence approach, constraints, and a short evaluation. Both the Python file and the poster must be submitted on Blackboard before the deadline, and I will attend a viva where I explain and justify my design decisions so I would like a small brief in another page explaining .

    Attached Files (PDF/DOCX): Assessment 2 Brief – DG1IPE.pdf, DG1IPE_A Poster Scenarios.pdf

    Note: Content extraction from these files is restricted, please review them manually.