The system should not enter a state in which nodes spend all their time migrating processes or exchanging control messages without doing any useful work.
The system should be able to handle small and large networked systems.
The algorithm should not be affected by the crash of one or more nodes in the system.
The process assignment decisions should be based on the current load of the system and not on some fixed static policy.
B. The system should be able to handle small and large networked systems.
Reverse Polish Notation
Record Police Notation
Record Polish Notation
Reverse Police Negation
Broadcasting
Encoding Location of objects within UID
Searching creator node first and then broadcasting
All A, B, C
Instance-per-call-servers
Persistent Servers
Non-Persistent Servers
Semantic server
Start button
Quick launch
Task bar
System tray
System software
Operating system
System operations
None
very costly
very slow
human errors
all of these
Copy
Paste
Transfer
None of the above
System
Application
Word processing software
Communication
Single message buffer
Unbounded - Capacity buffer
Finite-Bound Buffer
All can be used.
Operating system
Memory manager
Database administrator
RAM
not well separated.
well separated
independent
dependent
Hyperlink
Menu
Source drive
None of these
Livelock
Preemption
Semaphore
either or
NTFS
EFS
FEFS
EFFS
Processes
Threads
Context switching
none of these
semget()
msgrcv()
shmget()
mknod()
semget()
semsget()
mknod()
sempget()
Tail
Move handle
Status bar
Title bar
RAM
virtual memory
BIOS
Operating System
cold-hot boot
hot boot
hot strap
cold boot
Format
Fdisk
Subst
All of the above
Deadlock Prevention
Livelock
Deadlock avoidance
none of these
segmentation
Aging
Paging
virtual memory
Integrated Data library
Isolated Data Library
Interface Data Language
Interface Definition Language
Start menu
Standard menu
System menu
None of the above
Priority encoded arbitration
Distributed arbitration by self-selection
Priority arbitration
Daisy chain arbitration
name
attribute
identifiers
addresses
Explicit replication
Implicit replication
Lazy file replication
Group file replication
Transfer system files after format
Do not check/scan surface after format
Destroys every byte of data on a disk by overwriting it with with blank spaces
All of above
kernel
lower-level layers
higher-level layers
all of these