---
# System prepended metadata

title: Wireless Communications Study Notes Template
tags: [Wireless Communications]

---

# Wireless Communications Study Notes
###### tags: `Course` `Wireless Communications`

## :notebook_with_decorative_cover: Personal Information
:::info
- Name: Saffana Zyan Dini
- Research Direction: 
Design non-3GPP W-AGF (Wireline Access Gateway Function For 5G WWC (Wireless and Wireline Convergence) to O-CU 
- Briefly summarize your background and why you want to take this course: 
I want to take this course because it is Important and relate with My lab and my future research. Last time in my bachelor degree, I have some research about WSN (Wireless Sensor Network) and currently I research about how to design 5G Core and O-RAN to connect it to W-AGF. Studying wireless communication is essential for a variety of reasons, as it plays a crucial role in our modern society. Keeping up with developments in this field is vital for individuals, industries, and society as a whole. 
:::

## :notebook_with_decorative_cover: Study Notes
:::warning
- **A1: Study [Time Management Randy Pausch](https://www.youtube.com/watch?v=JKBFwR1HIFU)**
    - **Deliverable:**
        - [x] [Study note](https://hackmd.io/@HMiZWWkbRWe7Lksri7E63g/ry-Tv4rJp)
        - [x] [Presentation Video](https://youtu.be/KuyBEIaul14?si=rZAldPX6sB0qZEHR)
:::

:::warning
### A2: ns-3 Network Simulator (10pt)
- **Goal:** 
    - Part I: Study (30%)
        - Learn the basic concept of ns-3;
        - Install ns-3;
    - Part II: Simulate the LTE network using ns-3 (40%)
        - Execute an example for [LTE](https://www.nsnam.org/docs/models/html/lte-user.html)
        - Define and generate a network topology by yourself, e.g.
            - A square of 10 km x10 km. 
            - The center point is (0,0)
            - 9 macro cells are located in (5,5), (0, 5) (-5, 5), (5,0), (0,0),  (-5,0), (5,-5), (0, -5) (-5, -5). The cell radius of each macro cell is 5 km 
            - 30 micro cells, each has radius of 1 km, are randomly distributed in the square area 
            - 50 UEs are randomly distributed in the square area
            - Explain the models you used in your simulation, e.g.,
                - mobility model
                - traffic model
                - channel model by yourself
            - Plot the performance metrics you simulated 
- **Reference:**
    - [ns-3](https://www.nsnam.org/)
    - [ns-3 Tutorial](https://www.nsnam.org/docs/tutorial/html/)
    - [The ns-3 Network Simulator](https://intronetworks.cs.luc.edu/current/html/ns3.html)
    - [ns-3 LTE module](https://www.nsnam.org/docs/models/html/lte-user.html)
    - [3GPP NR ns-3 module](https://github.com/QiuYukang/5G-LENA)
- **Deliverable:** 
    - **Part I: (30%)**
        - [x] [Weekly Plan (Setup timeline for you to finish the goal above)](https://hackmd.io/@HMiZWWkbRWe7Lksri7E63g/S154w3uZT)
        - [x] [Network topology](https://hackmd.io/@HMiZWWkbRWe7Lksri7E63g/S154w3uZT)
        - [x] [Studying note](https://hackmd.io/@HMiZWWkbRWe7Lksri7E63g/S154w3uZT)
        - [x] [Presentation video](https://youtu.be/icHvMZieO10)
    - **Part II: (40%)**
        - [x] Demo video: [Run a simulation for LTE Network](https://youtu.be/Pl2OxG-taGc?si=QDxTsp50HZjii8hS)[.](https://screenapp.io/app/#/shared/d1a1ac66-f29b-4884-be42-916d76ca8095)
    - [Mutual evaluation form]() (Deadline: )
    - **Top 3 (30%)**
    - Deadline: 12:00, Oct. 15
:::

:::warning
### A3: ns-3 Open RAN (15pt)
- **Reference:**
    - Part I: Study
        - Study the [paper](https://arxiv.org/pdf/2209.14171.pdf),
            - Problem
            - Challenge and importance of the problem
            - Assumptions
            - Performance metrics
            - Basic concepts adopted to solve the problem
            - Results used to demonstrate that the problem is solved 
    - Part II: Use the tool [ns3-o-ran-e2](https://github.com/o-ran-sc/sim-ns3-o-ran-e2) to duplicate/demo the simulation scenario (40%)
- **Deliverable:**
    - **[Part I: (30%)](https://hackmd.io/@HMiZWWkbRWe7Lksri7E63g/HJOpD9d7a)**
        - Weekly Plan
        - Network topology
        - Studying note
        - [Presentation video](https://youtu.be/wCoV9qfqGWs)
        - [Mutual evaluation form]() (Deadline: )
    - **[Part II: (40%)](https://youtu.be/tS9wNUrJAZ0)**
        - Demo video: Run a simulation for 5G NR 
    - **Top 3 (30%)**
    - **Deadline: 12:00, Nov. 26**
:::
:::info
Add the hyperlink of your study note when available. During your studying, try to address the key tasks/knowledge identified by [IEEE WCET Handbook](https://www.comsoc.org/media/6771/download).
:::
:::success
**Back to Main Page of [Wireless Communication Course](https://hackmd.io/@RayCheng/HkDt5lus2)**
:::
