Канал: AVS Computer Science

GATE2022 C Programming ASCII Question(Solved) || GATE PYQ || GATE CS/IT

GATE2022 C Programming ASCII Question(Solved) || GATE PYQ || GATE CS/IT

GATE2019 QUESTION ON C PROGRAM WHILE LOOP || GATE PYQ || GATE CS/IT

GATE2019 QUESTION ON C PROGRAM WHILE LOOP || GATE PYQ || GATE CS/IT

GATE2019 QUESTION ON C PROGRAM ARRAY & POINTER || GATE PYQ || GATE CS/IT

GATE2019 QUESTION ON C PROGRAM ARRAY & POINTER || GATE PYQ || GATE CS/IT

GATE 2020 Question on C program (Solved) || GATE Previous Year Question || GATE CS/IT

GATE 2020 Question on C program (Solved) || GATE Previous Year Question || GATE CS/IT

GATE 2019 Question on Array (Solved) || GATE PREVIOUS YEAR QUESTION || GATE CS/IT

GATE 2019 Question on Array (Solved) || GATE PREVIOUS YEAR QUESTION || GATE CS/IT

GATE 2020 Question on Recursion (Solved) || GATE PYQ || GATE CS/IT

GATE 2020 Question on Recursion (Solved) || GATE PYQ || GATE CS/IT

GATE 2018.2 Question on C Program( SOLVED) || GATE PYQ || GATE CS/IT

GATE 2018.2 Question on C Program( SOLVED) || GATE PYQ || GATE CS/IT

GATE 2018.1 Question on C program(solved) || GATE PYQ || GATE CS/IT

GATE 2018.1 Question on C program(solved) || GATE PYQ || GATE CS/IT

GATE 2018 Question on Parameter Passing || GATE PYQ || GATE CS/IT

GATE 2018 Question on Parameter Passing || GATE PYQ || GATE CS/IT

GATE 2016 Question on Dynamic Scoping and Pass By Reference Solved || GATE PYQ || GATE CS/IT

GATE 2016 Question on Dynamic Scoping and Pass By Reference Solved || GATE PYQ || GATE CS/IT

GATE 2016 Question on Static variable and Recursion Solved || GATE PYQ || GATE CS/IT

GATE 2016 Question on Static variable and Recursion Solved || GATE PYQ || GATE CS/IT

GATE 2017 Question on Abnormal Termination and Infinite loop Solved || GATE PYQ || GATE CS/IT

GATE 2017 Question on Abnormal Termination and Infinite loop Solved || GATE PYQ || GATE CS/IT

GATE 2017 Question on Double Recursion || GATE Previous Year Question || GATE CS/IT

GATE 2017 Question on Double Recursion || GATE Previous Year Question || GATE CS/IT

GATE 2021 Question on 2D Array // GATE PYQ // GATE CS/IT

GATE 2021 Question on 2D Array // GATE PYQ // GATE CS/IT

GATE 2020 Question on Array // GATE PYQ // GATE CS/IT

GATE 2020 Question on Array // GATE PYQ // GATE CS/IT

GATE 2019 Question C program // GATE PYQ // GATE CS/IT

GATE 2019 Question C program // GATE PYQ // GATE CS/IT

GATE 2017 Question on Loop and Recursion // GATE PYQ // GATE CS/IT

GATE 2017 Question on Loop and Recursion // GATE PYQ // GATE CS/IT

GATE 2008 IT Question on Pointers // GATE PYQ // CS - GATE

GATE 2008 IT Question on Pointers // GATE PYQ // CS - GATE

GATE 2018 PRODUCER CONSUMER QUESTION // PROCESS SYNCHRONIZATION // OPERATING SYSTEM // CS - GATE

GATE 2018 PRODUCER CONSUMER QUESTION // PROCESS SYNCHRONIZATION // OPERATING SYSTEM // CS - GATE

GATE 2007 IT QUESTION ON READER'S WRITER'S PROBLEM // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2007 IT QUESTION ON READER'S WRITER'S PROBLEM // PROCESS SYNCHRONIZATION // OS // CS - GATE

BARRIER SYNCHRONIZATION - PART 2 // GATE 2006 // PROCESS SYNCHRONIZATION // OS // CS - GATE

BARRIER SYNCHRONIZATION - PART 2 // GATE 2006 // PROCESS SYNCHRONIZATION // OS // CS - GATE

BARRIER SYNCHRONIZATION - PART 1 // GATE 2006 // PROCESS SYNCHRONIZATION // OS // CS - GATE

BARRIER SYNCHRONIZATION - PART 1 // GATE 2006 // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2006 PRODUCER CONSUMER QUESTION // PROCESS SYNCHRONIZATION // OPERATING SYSTEM // CS - GATE

GATE 2006 PRODUCER CONSUMER QUESTION // PROCESS SYNCHRONIZATION // OPERATING SYSTEM // CS - GATE

GATE 2010 QUESTION ON BINARY SEMAPHORE // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2010 QUESTION ON BINARY SEMAPHORE // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2019 QUESTION ON SHARED VARIABLE // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2019 QUESTION ON SHARED VARIABLE // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2013 QUESTION ON SHARED VARIABLE USING BINARY SEMAPHORE // OS // CS - GATE

GATE 2013 QUESTION ON SHARED VARIABLE USING BINARY SEMAPHORE // OS // CS - GATE

DINING PHILOSOPHER'S PROBLEM // EXPLAINED // PROCESS SYNCHRONIZATION // OS // CS - GATE

DINING PHILOSOPHER'S PROBLEM // EXPLAINED // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2000 QUESTION ON MUTEX & DEADLOCK // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2000 QUESTION ON MUTEX & DEADLOCK // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2013 QUESTION ON MUTEX & DEADLOCK // SOLVED // OS // CS - GATE

GATE 2013 QUESTION ON MUTEX & DEADLOCK // SOLVED // OS // CS - GATE

IMPLEMENTING COUNTING SEMAPHORE USING BINARY SEMAPHORE // GATE 2008 // OS // CS - GATE

IMPLEMENTING COUNTING SEMAPHORE USING BINARY SEMAPHORE // GATE 2008 // OS // CS - GATE

DEADLOCK PROBLEM IN SEMAPHORE - EXPLAINED // PROCESS SYNCHRONIZATION // OS // CS - GATE

DEADLOCK PROBLEM IN SEMAPHORE - EXPLAINED // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2003 QUESTION ON SEMAPHORE - PART 2 // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2003 QUESTION ON SEMAPHORE - PART 2 // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2003 QUESTION ON SEMAPHORE - PART 1 // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 2003 QUESTION ON SEMAPHORE - PART 1 // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 1997 QUESTION ON SEMAPHORE // SOLVED // PROCESS SYNCHRONIZATION // OS // CS - GATE

GATE 1997 QUESTION ON SEMAPHORE // SOLVED // PROCESS SYNCHRONIZATION // OS // CS - GATE

BINARY SEMAPHORE OR MUTEX - EXPLAINED // PROCESS SYNCHRONIZATION // OPERATING SYSTEM // CS - GATE

BINARY SEMAPHORE OR MUTEX - EXPLAINED // PROCESS SYNCHRONIZATION // OPERATING SYSTEM // CS - GATE

Introduction To Semaphore // Explained // Process Synchronization // OS // CS - GATE

Introduction To Semaphore // Explained // Process Synchronization // OS // CS - GATE

Sleep And Wake Call // Producer Consumer Problem // Process Synchronization // OS // CS - GATE

Sleep And Wake Call // Producer Consumer Problem // Process Synchronization // OS // CS - GATE

Counting Semaphore - Explained // Process Synchronization // Operating System // CS - GATE

Counting Semaphore - Explained // Process Synchronization // Operating System // CS - GATE

Solution To Busy Waiting Problem // Process Synchronization // Operating System // CS - GATE

Solution To Busy Waiting Problem // Process Synchronization // Operating System // CS - GATE

Peterson's Algorithm - 2 Process solution - Explained // Process Synchronization // OS // CS - GATE

Peterson's Algorithm - 2 Process solution - Explained // Process Synchronization // OS // CS - GATE

Interested variable - Process Synchronization // OS // CS - GATE

Interested variable - Process Synchronization // OS // CS - GATE

GATE Question on Mutual Exclusion , Progress // Process Synchronization // OS // CS - GATE

GATE Question on Mutual Exclusion , Progress // Process Synchronization // OS // CS - GATE

GATE 2015 Question on Mutual Exclusion, Deadlock // Process Synchronization // OS // CS - GATE

GATE 2015 Question on Mutual Exclusion, Deadlock // Process Synchronization // OS // CS - GATE

Turn Variable - Process Synchronization - Explained // Operating System // CS - GATE

Turn Variable - Process Synchronization - Explained // Operating System // CS - GATE

GATE 2012 Fetch and Add (Part 2) - Solved // Process Synchronization // OS // CS - GATE

GATE 2012 Fetch and Add (Part 2) - Solved // Process Synchronization // OS // CS - GATE

GATE 2012 Fetch and Add (Part 1) - Solved // Process Synchronization // OS // CS - GATE

GATE 2012 Fetch and Add (Part 1) - Solved // Process Synchronization // OS // CS - GATE

Swap Instruction - Process Synchronization - Explained // Operating System // CS - GATE

Swap Instruction - Process Synchronization - Explained // Operating System // CS - GATE

GATE 2009 Question on Test And Set Instruction Solved // Operating System // CS - GATE

GATE 2009 Question on Test And Set Instruction Solved // Operating System // CS - GATE

Priority Inversion - Process Synchronization - Explained // Operating System // CS - GATE

Priority Inversion - Process Synchronization - Explained // Operating System // CS - GATE

Test And Set Instruction - Process Synchronization - Explained // Operating System // CS - GATE

Test And Set Instruction - Process Synchronization - Explained // Operating System // CS - GATE

Lock Variable - Process Synchronization - Explained // Operating System // CS - GATE

Lock Variable - Process Synchronization - Explained // Operating System // CS - GATE

Mutual Exclusion , Progress , Bounded Wait , Busy Wait // Process Synchronization // OS // CS - GATE

Mutual Exclusion , Progress , Bounded Wait , Busy Wait // Process Synchronization // OS // CS - GATE

Process Synchronization and Race Condition // Operating System // CS - GATE

Process Synchronization and Race Condition // Operating System // CS - GATE

GATE 2020 Process State Diagram Theory Question Solved // Operating System // CS - GATE

GATE 2020 Process State Diagram Theory Question Solved // Operating System // CS - GATE

GATE 2009 Process State Diagram Theory Question Solution // Operating System // CS - GATE

GATE 2009 Process State Diagram Theory Question Solution // Operating System // CS - GATE

GATE 1990 HRRN Theory Question Solved // Operating System // CS - GATE

GATE 1990 HRRN Theory Question Solved // Operating System // CS - GATE

GATE 2016 CPU Scheduling Theory Question Solved // Operating System // CS - GATE

GATE 2016 CPU Scheduling Theory Question Solved // Operating System // CS - GATE

Numerical Based On Context Switch Overhead And Dispatch Latency // Operating System // CS - GATE

Numerical Based On Context Switch Overhead And Dispatch Latency // Operating System // CS - GATE

GATE 2006(IT) IO Scheduling Numerical Solved // Operating System // CS - GATE

GATE 2006(IT) IO Scheduling Numerical Solved // Operating System // CS - GATE

Highest Response Ratio Next (HRRN) CPU Scheduling - Explained // Operating System // CS - GATE

Highest Response Ratio Next (HRRN) CPU Scheduling - Explained // Operating System // CS - GATE

GATE2006 LRTF Solved Numerical // OS // CS - GATE

GATE2006 LRTF Solved Numerical // OS // CS - GATE

Longest Remaining Time First Algorithm - Explained // Operating System // CS - GATE

Longest Remaining Time First Algorithm - Explained // Operating System // CS - GATE

IO Scheduling Algorithm Numerical Solved // Operating System // CS - GATE

IO Scheduling Algorithm Numerical Solved // Operating System // CS - GATE

GATE 2015 Priority Scheduling Numerical Solved // OS // CS - GATE

GATE 2015 Priority Scheduling Numerical Solved // OS // CS - GATE

GATE 2003 Round Robin , FCFS Alternate CPU Scheduling // Solved Numerical // OS // CS - GATE

GATE 2003 Round Robin , FCFS Alternate CPU Scheduling // Solved Numerical // OS // CS - GATE

GATE 1998 Round Robin Time quantum solved numerical // Operating System // CS - GATE

GATE 1998 Round Robin Time quantum solved numerical // Operating System // CS - GATE

CPU I/O Scheduling GATE 2006 // Full Explanation with Solution // Operating System // CS - GATE

CPU I/O Scheduling GATE 2006 // Full Explanation with Solution // Operating System // CS - GATE

CPU Scheduling GATE 2006 Numerical Solved - Operating System // CS - GATE

CPU Scheduling GATE 2006 Numerical Solved - Operating System // CS - GATE

Priority CPU Scheduling Algorithm - Explained // OS // CS - GATE

Priority CPU Scheduling Algorithm - Explained // OS // CS - GATE

Round Robin CPU Scheduling Algorithm // Solved Numerical // OS // CS - GATE

Round Robin CPU Scheduling Algorithm // Solved Numerical // OS // CS - GATE

Round Robin CPU Scheduling Algorithm OS - Part 2 // CS - GATE // Explained

Round Robin CPU Scheduling Algorithm OS - Part 2 // CS - GATE // Explained

Round Robin CPU Scheduling Algorithm OS - Part 1 // CS - GATE // Explained

Round Robin CPU Scheduling Algorithm OS - Part 1 // CS - GATE // Explained

Exponential Ageing (Burst Time Prediction Technique) CPU Scheduling Algorithm // OS // CS - GATE

Exponential Ageing (Burst Time Prediction Technique) CPU Scheduling Algorithm // OS // CS - GATE

Shortest Remaining Time First CPU Scheduling Algorithm Explained - OS // Part - 2 // CS - GATE

Shortest Remaining Time First CPU Scheduling Algorithm Explained - OS // Part - 2 // CS - GATE

Shortest Remaining Time First CPU Scheduling Algorithm Explained - OS // Part - 1 // CS - GATE

Shortest Remaining Time First CPU Scheduling Algorithm Explained - OS // Part - 1 // CS - GATE

Shortest Job First Miscellaneous - OS // CS - GATE // Explained

Shortest Job First Miscellaneous - OS // CS - GATE // Explained

Shortest Job First CPU Scheduling Algorithm - Explained// OS // CS - GATE

Shortest Job First CPU Scheduling Algorithm - Explained// OS // CS - GATE

Convoy Effect - FCFS - OS Explained // CS - GATE

Convoy Effect - FCFS - OS Explained // CS - GATE

First Come First Serve CPU Scheduling Algorithm OS - Explained // CS - GATE

First Come First Serve CPU Scheduling Algorithm OS - Explained // CS - GATE

Introduction To Operating System // CS-GATE // Explained

Introduction To Operating System // CS-GATE // Explained

Some Important Terms of CPU Scheduling Algorithm // CS - GATE

Some Important Terms of CPU Scheduling Algorithm // CS - GATE

Process State Diagram Part - 2 // CS - GATE // Explained

Process State Diagram Part - 2 // CS - GATE // Explained

Process State Diagram Part - 1 // CS - GATE // Explained

Process State Diagram Part - 1 // CS - GATE // Explained

Process Control Block Explained // CS - GATE

Process Control Block Explained // CS - GATE

Process vs Program in OS Explained // CS - GATE

Process vs Program in OS Explained // CS - GATE