Operating System Concepts and Linux
Blog Archive
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2006
(10)
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Jan
(3)
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Jun
(7)
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2007
(55)
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Apr
(48)
Socket Programming
Pthreads
Virtual Memory Management
How a system call is implemented?
Inter-process communication
How malloc has been implemented (brk system call)?
Linux Modules - How are they linked dynamically?
Proc File System
fork, vfork, copy-on-write and clone
CPU Scheduling -- Different types of CPU schedulin...
Signals (System V and POSIX)
How mapping from virtual address address to physic...
setuid program (real and effective user ids)
Exceptions, traps, interrupts and signals
Processor execution levels
Process Address Space
Unix/Linux File System Layout
Salient points about Unix/Linux
Big Endian versus Little Endian
Semaphore, Mutex, Conditional variable, Spin lock
Segmentation Fault and Bus Error
wait() system call
Bottom half
Linux time keeping - Timer interrupt, jiffies, xtime
Position Independent Code (PIC)
kmalloc/kfree and vmalloc/vfree
Static versus shared objects
How many processes will be created-- fork?
Can we get return value from exec system call?
How does profiling code works? -- processor debug ...
ptrace - how does it work?
Record locking
GNU Linux pthreads
How do you use RSA for both authentication and sec...
Unix/Linx bootupand login
What are various problems unique to distributed da...
cooperative,preemption,non preemption
Puzzles
Write system call that prints stack trace at that ...
DMA (Direct Memory Access)
Real Time Systems
Comparison of IOS and General Purpose OS like Linux
Operating Systems I/O Structure
Linux - Process Scheduling
Deadlock avoidance and prevention
Porting from 32 bit OS to 64 bit OS
Sign extension
How to make an application daemon
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May
(7)
Linux - Process Scheduling
Chaptor 10: Process Scheduling
From book Understanding the Linux KernelBy Daniel P. Bovet & Marco Cesati
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