#Output In Computing Defined

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Komputer hanya tahu ada atau tidaknya sebuah listrik. Jika ada listrik disimbolkan dengan angka 1, sedangkan jika tidak ada listrik disimbolkan dengan angka 0 (bisa juga sebaliknya). Hal inilah yang pertama kali diajarkan saat saya menempuh program studi Teknik Komputer. Lalu bagaimana cara komputer dapat melakukan perhitungan, mengelolah data, dan memiliki sebuah sistem kerja? Hal tersebut dapat dilakukan dengan adanya gerbang logika (AND, OR, NOT, NAND, NOR, XOR, XNOR). Misal, gerbang logika AND punya aturan sebagai berikut: • Jika seluruh input bernilai 1, maka output gerbang AND akan bernilai 1. • Jika ada salah satu atau lebih dari satu input bernilai 0, maka output gerbang AND akan bernilai 0. Maka contoh penerapan aturan logikanya sebagai berikut: Misal, ada sebuah pintu yang terbuka (output = 1) hanya saat verifikasi sidik jari dan sandi benar (kedua input = 1). Jika salah satu sistem verifikasi sidik jari / sandi salah (salah satu atau kedua input = 0), maka pintu tidak akan terbuka (output = 0). Gerbang logika dapat dirangkai lagi menjadi rangkaian kombinasional dan rangkaian sekuensial yang punya aturan logika tersendiri. Gerbang logika ini bisa ditemukan pada sebuah chip untuk komputer, smartphone, kalkulator, atau perangkat elektronik lainnya. Pada video reels menunjukkan sebuah chip iPhone yang dizoom menggunakan mikroskop elektron.Terlihat ada milyaran gerbang logika. Gerbang logika ini dibuat dari gabungan antara resistor, transistor, dan dioda. Sungguh luar biasa ilmu pengetahuan saat ini. Bagaimana pendapat kamu?

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Functions in Python Functions in Python are blocks of code that perform a specific task. Instead of writing the same code again and again, you can put it inside a function and just “call” it whenever needed. Think of a function like a machine: you give it some input, it does some work, and then it gives you an output. 👉 | Why use Functions? ♦️ | Helps avoid repeating code. ♦️ | Makes programs easier to read. ♦️ | Keeps code organized. 👉 | How to Define a Function in Python? We use the def keyword: def greet(): print("Hello, welcome to Python!") Here: ♦️ | def → tells Python we’re defining a function. ♦️ | greet → is the function name. ♦️ | Inside, we wrote what the function should do. 👉 | Calling the Function To use (or call) the function, just write its name followed by (): greet() Output: Hello, welcome to Python! ✅ Summary ♦️ | Functions = reusable blocks of code. ♦️ | Defined using def. ♦️ | Run them by calling their name with ().

📚 Master the Basics: Principles of Computers 💻 🔍 Curious about how computers work? 🚀 Dive into the fundamentals with our Basic Computer Course! 💡 Learn essential concepts of computer principles for beginners. 🖥️ Simplify your journey to becoming tech-savvy. ✨ Follow for more quick and easy tech tips! #ComputerBasics #computerfundamentals #computerbasicstutorial #basiccomputerclass #basiccomputercourse #computerclass #computerlearning #computerbasics #learncomputer

The evolution of computers can be divided into several generations: First Generation (1940s-1950s): Computers used vacuum tubes for circuitry and magnetic drums for memory. They were large, expensive, and consumed a lot of power. Examples include ENIAC and UNIVAC. Second Generation (1950s-1960s): Transistors replaced vacuum tubes, making computers smaller, faster, and more reliable. Magnetic cores were used for memory, and punch cards were common for input and output. Third Generation (1960s-1970s): Integrated Circuits (ICs) replaced individual transistors, further reducing size and cost while improving performance. Keyboards and monitors started to replace punch cards. Fourth Generation (1970s-Present): Microprocessors revolutionized computing, integrating an entire CPU on a single chip. Computers became more affordable and widely used. Personal computers (PCs) emerged, and graphical user interfaces (GUIs) became popular. Fifth Generation (Present and Beyond): Characterized by artificial intelligence (AI), quantum computing, and advanced processing capabilities. Technologies like machine learning, cloud computing, and natural language processing define this era. Each generation brought innovations that made computers more efficient, user-friendly, and accessible. #technologies #softwarecompany #webdesign #webdevelopmentcompany #degitalmarketing

Basics of function in C language 🔥👨🏻‍💻 Day 09/100🎯✅ Unlock the power of Functions in C! 💻🔥 From predefined library types like printf to user-defined ones with return types and parameters, see declaration, definition, calling, and execution flow—plus pros like code reuse, smaller size, easy debugging. Real-life like a machine: give input, get output! Master this for cleaner, reusable C code today. #FunctionsInC #CProgramming #CLanguage #UserDefinedFunctions #LibraryFunctions #CodingTutorial #LearnC #CForBeginners #ProgrammingReels #CodeReels #CFunctions #BCAwala #CodingBasics #FunctionDefinition #CodeReuse #DebuggingTips #ProgrammingLife #TechReels #CodingForBeginners #EducationalReels#bcawalha#functionwithbcawalha

🌐 Mastering Networking Essentials: Your Tech Roadmap! Navigating the world of computer networks can seem complex, but this mind map breaks down the core pillars of networking into digestible concepts. Whether you’re a beginner or looking to validate your skills, understanding these areas is key to a successful tech career! 🚀 🔑 Tips & Tricks for Learning from this Map: 1. Start with the Core (Left Side): Every network journey begins with Networking Basics. Master the OSI Model (the 7-layer framework for how data travels) and the TCP/IP Model—these are the foundation for everything else. 2. Understand the Tools (Right Side): • Routing & Switching: Focus on OSPF and BGP. These are the protocols that determine the best path for data (routing) and manage traffic flow within a network (switching). • Key Protocols: TCP ensures reliable, ordered delivery, while UDP is faster but connectionless. IP is the addressing system that gets the data where it needs to go. 3. Future-Proof Your Skills (Bottom): • Virtualization & Cloud: SDN (Software-Defined Networking) and technologies like Docker and Kubernetes are essential for modern, scalable, and flexible networks. • Network Automation: Learning languages like Python and Bash is no longer optional—it’s how networks are managed efficiently today. • Network Security: Firewalls and VPNs are critical for protecting data and maintaining confidentiality. 4. Certifications: Use the Certifications section as a goal! CompTIA Network+, Cisco CCNA, and VMware VCP-NV are industry standards that validate your expertise. Networking is the backbone of the digital world. Take time to understand each node on this map, and you’ll be well on your way to mastering the essentials! Happy learning! 🤓💻 #Networking #NetworkingEssentials #OSIModel #TCP #IP #Routing #Switching #BGP #OSPF #LAN #WAN #CloudComputing #AWS #Azure #NetworkAutomation #Python #CyberSecurity #Firewalls #VPNs #Virtualization #SDN #NFV #Docker #Kubernetes #CompTIA #Cisco #VLAN #ComputerScience #techtips #Protocols

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Backpropagation is an important algorithm used to train neural networks, letting them learn from data by adjusting their parameters/weights. Backpropagation helps the network understand how changes to its parameters affect the overall loss/cost. This is where the chain rule from calculus comes in. Backpropagation works by computing how the error at the output layer flows backward through the network, layer by layer. It allows the model to compute pieces of the derivative and put them together; this determines how each layer’s weights contribute to the final error. By doing this, the algorithm can figure out how much each weight needs to change to minimize the loss/cost function, making a more accurate and useful model. C: @3blue1brown Join our AI community for more posts like this @aibutsimple 🤖 #neuralnetwork #artificialintelligence #math #mathematics #machinelearning #deeplearning #neuralnetworks #engineering #datascience #python #computerscience #computerengineering #backpropagation #pythonprogramming #datascientist #calculus

Mel Robbins says leadership is environmental work. A leader’s energy acts like the weather system of a team, influencing mood, clarity, and performance. Studies show emotional contagion can shift group output by over 30 percent. She emphasizes that clarity is a leader’s first responsibility and account ability is the second. When expectations are defined, a team can operate with autonomy instead of anxiety. This shift often reduces errors and friction by measurable margins. Mel also reminds leaders that you are the size of what you allow to irritate you. Letting small frustrations control your mindset weakens your culture. Strong leadership starts with emotional discipline, because your internal weather becomes everyone else’s climate. Follow @growasentrepreneurs for more! Video: #ABtalks/YT [Mel Robbins, Leadership, Entrepreneurship, Entrepreneur, Business, Startup] #melrobbins #leadership #entrepreneur #entrepreneurship #business #startup #mindset #viral #explore #trending

Quick Look at Functions A lot of the complex behaviours around us can be approximated using functions. Functions are usually thought of as machines or black boxes that use a mathematical formula or some sort of pre-defined rulebook to turn an input into an output. If we were to think of calculus as a language, it wouldn't be a stretch to think of functions as the alphabet. Want to learn calculus from the ground up in Urdu? Subscribe to our channel @Tajassus_Maths on YT (LINK IN BIO). ------------------ Hamaray ird gird honay wali kayi pecheeda cheezon ko "functions" kay zariyay approximate kiya jaa sakta hai. Functions ko amooman aisi machines kay torr par introduce kiya jaata hai, jo ryaazi kay kisi formula ko istemaal kar kay eik input ko eik output mein tabdeel kartay hain. Agar ham calculus ko eik zubaan mantay hain, toh functions ko is zubaan kay haroof-e-tahajji samajhna ghalat nahin hoga. Calculus kay baaray mein mazeed jaanna chahtay hain? Hamaray youtube channel @Tajassus_Maths par calculus ki playlist dekhein (LINK IN BIO). #calculus #urdu #maths #physics #animated #explainer #time #space #functions #geometry #patterns #animation