COMP6840001 • KERNEL ARCHITECTURE & CONCURRENCY

Operating Systems

Diktat resmi UTS Operating Systems Semester 5 BINUS: Struktur Kernel & System Calls, Manajemen Proses & PCB, POSIX Multithreading, Penjadwalan CPU (Gantt Chart), Arsitektur Multiprocessor & NUMA, Sinkronisasi IPC (Mutex/Semaphore), serta Pencegahan & Penghindaran Deadlock (Banker's Algorithm). Dilengkapi 10 program C compilable.

📚 Buka Materi Teori (7 Topik) 💻 10 Program Bahasa C

🎯 Target Capaian UTS Operating Systems

PROGRESS UTS

Arsitektur Kernel: Monolithic, Microkernel, Hybrid & Dual-Mode System Calls Model State Proses (New, Ready, Running, Waiting, Terminated) & Struktur PCB Proses vs Thread, Multithreading Models (1:1, M:1, M:M) & POSIX Pthreads Algoritma Penjadwalan CPU: FCFS, SJF, Round Robin & Analisis Gantt Chart Arsitektur Multiprocessor: Symmetric Multiprocessing (SMP), Multicore, dan NUMA Race Condition, Critical Section Problem, Mutex Locks & Semaphores (Counting/Binary) 4 Syarat Deadlock Coffman, Resource Allocation Graph (RAG) & Algoritma Banker 10 Program C Compilable: Fork, Pipe, Shm, Pthread, Mutex, Sem, Producer-Consumer, etc.

TEORI KOMPREHENSIF 7 BAB MATERI

Diktat Teori & Konsep Kernel OS

Penjelasan mendalam 7 topik utama: Pengenalan Arsitektur OS, Siklus Hidup Proses & PCB, Threads, Algoritma Penjadwalan CPU lengkap dengan kalkulasi Average Waiting Time pada Gantt Chart, Komputasi Multiprocessor, Sinkronisasi Proses Klasik, dan Manajemen Deadlock.

Pelajari 7 Topik Teori →

HANDS-ON KODE C 10 PROGRAM POSIX

10 Contoh Kode C Compilable

Implementasi kode bahasa C nyata berstandar POSIX (Linux/UNIX): Forking & child PID, wait synchronization, UNIX Anonymous Pipe, POSIX Shared Memory, Pthreads creation & join, Mutex locks, Counting Semaphores, Producer-Consumer buffer, Reader-Writer problem, dan Dining Philosophers.

Buka 10 Kode C OS →

⚡ Kuis Pemahaman Operating Systems

5 SOAL UTS PREP