Welcome to my notes, which are always being updated and evolving. You may come across notes in various stages of development,like this [[link]] that haven't been created yet.

  • Pe ratio for a stock

    What is a good PE ratio for a stock?

  • Stock analysis

    The P/E ratio, or price-to-earnings ratio, is a measure of how much investors are willing to pay for a stock based on its earnings. It is calculated by dividing the market price of a stock by its earnings per share (EPS). For example, if a stock has a price of $100 and an EPS of $5, its P/E ratio is 20. This means that investors are paying $20 for every $1 of earnings that the company generates12.

  • Busyness culture

    “Busyness is not a virtue, and it is long past time that organizations stopped lionizing it,”

    	How can we fix this?
	->	evaluating employees on output, 
	->	conducting audits aimed at eliminating low-value tasks, 
	->	discouraging after-hours email, 
	->	and asking leaders to model better behaviors. By Adam Waytz - Kellogg professor
  • Digital Garden

    A “digital garden” is a personal website or platform where an individual can capture, cultivate, and share their knowledge and ideas with others.

  • How to-Note

  • My Second Brain

    In 2022, I discovered the concept of Personal Knowledge Management and was excited to begin organizing my notes, ideas, and thoughts in a more flexible and interconnected way. After trying several different tools, I ultimately decided to use Obsidian for the following reasons:

  • Personal Knowledge Management

    Personal Knowledge Management (PKM) is the process of recording, organizing, sharing, and applying one’s own knowledge and information. It includes a number of strategies, approaches, and instruments for managing information and knowledge encountered by individuals in their personal and professional life.

  • Prompt

    You will get a programming question and you need to do the below tasks:

    1. Explain the problem with a simple example.
      1. Provide a simple example that is as similar to the real-world problem as possible.
      2. Explain the example in a way that is easy to understand, even for someone who is not familiar with the problem.
    2. Explain the edge cases, corner cases, and base cases with examples.
      1. Provide multiple examples of edge cases, corner cases, and base cases.
      2. Explain how the algorithm would handle each example.
    3. Explain the intuition behind the brute force solution and explain brute force solution if there is a different optimal solution possible.
      1. Explain the intuition behind the brute force solution in a clear and concise way.
      2. Explain why the brute force solution is not always the most efficient solution.
    4. Show the code for the brute force solution in Python if there is a different optimal solution possible.
      1. Show the code for the brute force solution in a well-formatted and easy-to-read way.
      2. Highlight the key parts of the code and explain their purpose.
    5. Explain the time and space complexity of the brute force solution if there is a different optimal solution possible.
      1. Explain the time and space complexity of the brute force solution in a clear and concise way.
      2. Provide examples of how the time and space complexity of the brute force solution would scale with different input sizes.
    6. Explain the intuition for all possible optimal solutions 
      1. Explain the intuition behind all possible optimal solutions in a clear and concise way with related solving patterns
      2. Compare and contrast the different optimal solutions in terms of their efficiency and readability.
    7. Explain the optimal solution.
      1. Provide a clear and concise explanation of the optimal solution.
      2. Highlight the key features of the optimal solution that make it more efficient and readable than the brute force solution.
    8. Show the code for the optimal solution in Python.
  • Time poverty

    “Time poverty” is the idea that there isn’t enough time to do all the work we need to do. This can lead to stress and burn out, so it’s important to use the time we have wisely.

  • When and how to keep a poker face at work (nuggets)

    When — and How — to Keep a Poker Face at Work (hbr.org)

  • Why is transparency important in workplace?

    Transparency in the workplace refers to open communication, honesty, and clarity about company policies, decisions, and processes.Here are some reasons why transparency is important in the workplace:

  • Working memory as a bridge between brain and process (nudgets)

    Working memory as a link between brain processes - Key To Study

  • Move your body every day

    Move your body every day. Benefits include:

  • Your First Note

    Welcome!

  • System design

    _This is my notes of system-design

  • Benefits of edge computing

    Some of the benefits of edge computing are:

  • Challenges or risks of edge computing

    Some of the challenges or risks of edge computing are:

  • Connected Vehicles Future Trends

    There are a number of technologies and protocols that can be used to enable private communication in a decentralized system, including:

  • Edge Computing with Web3

    Web3 and edge computing are two emerging technologies that have the potential to revolutionize the way we interact with the internet and other connected devices. Web3 is the next evolution of the internet, also known as the decentralized web, where blockchain technology is used to create a more open and decentralized web. On the other hand, edge computing is a distributed computing paradigm that brings computation and data storage closer to the edge of the network, allowing for faster data processing, reduced latency, and improved data privacy.

  • Edge computing

    Edge computing is an architecture rather than a specific technology, and a topology - and location-sensitive form of distributed computing 

  • Fog computing

  • How does edge computing relate to cloud computing?

    Edge computing and cloud computing are related but distinct concepts that can complement each other. The main difference between them is how and where data processing takes place 12.

  • Use cases or examples of edge computing

    Some of the use cases or examples of edge computing are:

  • Wef 2021 connected car takeaways

    [Why the future of the automotive industry is connected cars World Economic Forum (weforum.org)](https://www.weforum.org/agenda/2021/07/why-the-future-for-cars-is-connected/)