Lec#17:Logic shift left (SHL) & right (SHR) instructions | Computer Organization & Assembly Language

šŸ” Lec#17: Logic Shift Left (SHL) & Right (SHR) Instructions | Computer Organization & Assembly Language (COAL) Welcome to Lecture 17 of the COAL series! In this engaging and practical session, we explore two of the most fundamental and powerful bitwise instructions in Assembly Language — SHL (Shift Left) and SHR (Shift Right). These logic shift operations are crucial for bit-level manipulation, efficient multiplication/division, and optimizing performance in low-level programming. Whether you're building algorithms, creating device drivers, or preparing for technical interviews — this lecture is a must-watch! šŸŽÆ In This Video, You'll Learn: āš™ļø How SHL and SHR instructions work in 8086 architecture 🧠 Bitwise logic and the impact on flags like Carry Flag (CF) and Zero Flag (ZF) šŸ’” Practical use-cases: arithmetic operations, data encoding, and more šŸ’» Real-time examples using MASM/DEBUG to demonstrate these shifts in action šŸ” Common mistakes and how to avoid them šŸ“Œ Why This Lecture Is a Game-Changer: Perfect for mastering binary logic and low-level arithmetic Combines both concept clarity and hands-on programming High-relevance topic for interviews, exams, and system-level development šŸ“¢ Found it helpful? Like, Comment, and Subscribe for more premium COAL content. Hit the šŸ”” bell to stay updated with the latest in Assembly Language mastery! #SHLInstruction #SHRInstruction #AssemblyLanguage #ComputerOrganization #COAL #8086Assembly #BitwiseOperations #MASM #SystemProgramming #LearnAssembly #Programming2025 #TechEducation2025 #AssemblyCode #ComputerArchitecture #LowLevelProgramming

Lec#18:Rotate ROL,ROR, RCL,RCL instructions | Computer Organization & Assembly Language
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Lec#18:Rotate ROL,ROR, RCL,RCL instructions | Computer Organization & Assembly Language

Lec#16:Scan String (SCAS) Instruction and its working | Computer Organization & Assembly Language
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Lec#16:Scan String (SCAS) Instruction and its working | Computer Organization & Assembly Language

Lec#21:Logic instructions OR, XOR  NOT | Computer Organization & Assembly Language
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Lec#21:Logic instructions OR, XOR NOT | Computer Organization & Assembly Language

Lec#16:Confusion matrix , accuracy , precision and recall | Machine Learning (ML)
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Lec#16:Confusion matrix , accuracy , precision and recall | Machine Learning (ML)

Lec#13:XLAT instruction and its working | Computer Organization & Assembly Language (COAL)
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Lec#13:XLAT instruction and its working | Computer Organization & Assembly Language (COAL)

Lec#14: Eigenvectors and Eigenvalues | Unsupervised Learning  | Machine Learning (ML)
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Lec#14: Eigenvectors and Eigenvalues | Unsupervised Learning | Machine Learning (ML)

Lec#19:Programs to display number in BINARY & HEX | Computer Organization & Assembly Language
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Lec#19:Programs to display number in BINARY & HEX | Computer Organization & Assembly Language

Lec#23:Compare String (CMPS) instruction | Computer Organization & Assembly Language
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Lec#23:Compare String (CMPS) instruction | Computer Organization & Assembly Language

Lec#15:String instructions MOVS,LODS,STOS | Computer Organization & Assembly Language (COAL)
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Lec#15:String instructions MOVS,LODS,STOS | Computer Organization & Assembly Language (COAL)

Lec#14:XLAT instruction and its working (Part 2) | Computer Organization & Assembly Language (COAL)
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Lec#14:XLAT instruction and its working (Part 2) | Computer Organization & Assembly Language (COAL)

Lec#10:Decison Tree for continuous features | Decision Tree (DT) | Machine Learning (ML)
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Lec#10:Decison Tree for continuous features | Decision Tree (DT) | Machine Learning (ML)

Lec#11:MUL & IMUL instructions | Computer Organization & Assembly Language (COAL)
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Lec#11:MUL & IMUL instructions | Computer Organization & Assembly Language (COAL)

Lec#12:Program to get number in DECIMAL from user | Computer Organization & Assembly Language (COAL)
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Lec#12:Program to get number in DECIMAL from user | Computer Organization & Assembly Language (COAL)

Lec#13:Fundamentals to PCA | Unsupervised Learning  | Machine Learning (ML)
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Lec#13:Fundamentals to PCA | Unsupervised Learning | Machine Learning (ML)

Lec#5:Debug commands' explanation with examples | Computer Organization & Assembly Language (COAL)
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Lec#5:Debug commands' explanation with examples | Computer Organization & Assembly Language (COAL)

Lec#15:Solved example of PCA | Unsupervised Learning  | Machine Learning (ML)
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Lec#15:Solved example of PCA | Unsupervised Learning | Machine Learning (ML)