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Hello World
Welcome to Hexo! This is your very first post. Check documentation for more info. If you get any problems when using Hexo, you can find the answer in troubleshooting or you can ask me on GitHub. Qu... -
Lecture Notes: Boolean Algebra & Karnaugh Maps
1. Introduction to Karnaugh MapsThe Karnaugh Map (K-map) is a systematic method used to obtain the simplest Boolean Sum-of-Products (SOP) expression. It is a graphical technique based on a special ... -
Lecture Notes: Boolean Algebra & Logic Circuits
1. Introduction to Logic CircuitsCircuit Representation Block Diagram: A logic circuit is conceptually represented as a block where inputs enter on one side and outputs emerge from the other. Signa... -
Lecture Notes: Number System and Computer Arithmetic
1. Information RepresentationComputers use number systems to represent information accurately so it can be processed. Examples: Yes/No: 0/1 Seasons: Fall(0), Winter(1), Spring(2), Summer(3) Identi... -
Lecture Notes: Proof
1. Introduction to ProofsA proof is defined as an argument that establishes the truth of a theorem. Logic serves as the essential tool for analyzing these proofs. While there are formal rules of in... -
Lecture Notes: Pridicate Logic
1. IntroductionStatements involving variables (e.g., "x > 10", "Book y is sold out") are neither true nor false until the variable is specified. These are called propositional functions or predi... -
Lecture Notes: Propositional Logic
1. Introduction to LogicLogic is the study of reasoning, focusing on the relationship among statements rather than the content of any particular statement. Goal: To distinguish valid arguments fro... -
Lecture Notes: Set Theory
1. IntroductionWhy Learn Set Theory? It's an important language and tool for reasoning in computer science. It is the foundation for other topics like functions, relations, and logic. Even complex ... -
你好，世界。
前言首先，致所有讀者：歡迎來到「七糯糯的小站」！ 經過一番（慘痛的）折騰和無數次的「為什麼這破程式碼又壞了」之後，這個專屬於我們的小角落終於正式上線了。 在這裡，你可以： 分享你最近在追的劇、聽的歌、玩的遊戲。 寫下你在生活中遇到的趣事或牢騷。 貼一張你拍到（或在網路上看到）的圖片。 分享你任何的奇思妙想！ 總之，這是一個沒有壓力、沒有主題限制的共享空間。 我是誰？天天躲在家裡的...
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