Lady Programmer
Welcome to Lady Programmer — your complete learning space for Computer Science 💻
Here, you’ll learn every core CS subject explained in a simple, clear, and practical way — perfect for students who want to go from classroom learning to placement-ready confidence 💪
📚 Subjects Covered:
🧠 Computer Organization & Architecture
⚙️ Operating Systems
💾 Data Structures & Algorithms
🌐 Computer Networks
🧩 Software Engineering
💡 Design & Analysis of Algorithms
💻 Programming in C & C++
Each topic is taught in Telugu + English for easy understanding — with real-life examples, visual explanations, and practical coding insights to make your concepts crystal clear.
🎯 Goal: To help every student learn Computer Science in their own comfortable language and become industry-ready with strong fundamentals.
👩💻 Learn | Code | Grow with Lady Programmer
📢 Subscribe now and start your journey towards mastering Computer Science step by step! 🚀
Deadlock Avoidance in Operating Systems | Safe State, Safe Sequence, Banker's Algorithm | OS Telugu
Deadlock Prevention in Operating Systems | Coffman Conditions | OS in Telugu
Methods for Handling Deadlocks | Prevention, Avoidance, Detection & Recovery | OS in Telugu
Deadlock Characterization in OS | Necessary Conditions, Resource Allocation Graph | Telugu
Deadlocks in Operating Systems | System Model Explained Clearly | OS in Telugu
Process Management System Calls in OS | fork(), exit(), wait(), waitpid(), exec() Explained | Telugu
Multiple Processor Scheduling in Operating Systems | OS in Telugu | Parallel CPU Scheduling
Scheduling Algorithms in Operating Systems | Types & Overview | OS in Telugu
Scheduling Algorithm Criteria in Operating Systems | CPU Scheduling Basics | OS in Telugu
System Calls in Operating Systems | Types of System Calls | OS in Telugu
Operating System Services Explained | OS Services in Telugu | COA/OS Lecture
System Components in Operating System | OS Building Blocks Explained | Telugu + English
Parallel Systems, Distributed Systems & Real-Time Systems | OS in Telugu | Operating Systems Lecture
Time-Shared OS & Personal Computer OS | Operating Systems Basics in Telugu
Introduction to Operating Systems | Simple Batch & Multiprogrammed OS | OS in Telugu
Introduction to Operating Systems | What is OS? Functions, Types, Components | OS in Telugu
Interprocessor Communication & Synchronization | Multiprocessor Systems | COA in Telugu
Interprocessor Arbitration | Shared Bus Arbitration in Multiprocessors | COA in Telugu
Characteristics of Multiprocessing & Interconnection Structures | COA in Telugu
Vector Processing & Array Processor | Scalar vs Vector | COA in Telugu
Pipeline Types in Computer Architecture | Instruction & Arithmetic Pipelines | COA in Telugu
Pipelining in Computer Architecture | Instruction & Arithmetic Pipeline | COA in Telugu
Parallel Processing in Computer Architecture | Types, Features & Advantages | COA in Telugu
CISC vs RISC Architecture | Characteristics, Differences & Examples | COA in Telugu
Auxiliary, Associative & Cache Memory | COA in Telugu | Memory Types Explained Clearly
Memory Hierarchy in Computer Architecture | Registers, Cache, Main Memory, Secondary Storage |Telugu
DMA and Interrupt I/O | Direct Memory Access Explained | COA in Telugu
Modes of Transfer in COA | Programmed I/O, Interrupt I/O, DMA | COA in Telugu
Input–Output Interface in Computer Architecture | I/O Module, Ports, Registers | COA in Telugu
Decimal Arithmetic Operations | 9’s & 10’s Complements, Addition & Subtraction | COA in Telugu