ACQUIRING KNOWLEDGE WITH EXAMPLES


$taskset -p 1578
pid 1578's current affinity mask: 1
$

taskset is used to  retrive or set the processor affinity
mask of either an  existing process,given it's PID, or to
run  a  new  process,  given  it's  command  name,with  a
specified  affinity mask. The  Linux scheduler  will then
honor the  given affinity mask,ensuring  that the process
in question runs only on allowed processors.

Display  current readings  of  all sensor  chips and  set
limits as specified in the configuration file.

Assign  a   keycode  event  to   the  specified  keyboard
scancode.    Te   kernel  mathes   these   to  it's   own
keycodes.Scancodes in the range  of 1-88 are hardwired in
the kernel,but the remaining scancodes can be assigned to
keycodes in  the range of 1-127.  Use  getkeycodes to see
current assignment. Use showkey to discover what scancode
a key is sending.If you want to quit from the getkeycodes
command, just wait for a  short time and it may offer the
commandline.

Display or  change the LED flag settings  (Num Lock, Caps
Lock,   and  Scroll   Lock)  for   the   current  virtual
terminal.WIth no options,display the current settings for
all the three flags.  Can  be used in a startup script to
set the initial state of the LEDs.

It is an important intermediate in chemical synthesis and
occurs naturally,  most notably in  the venom of  bee and
ant stings.

$cat /proc/1119/cpuset
/
$
lightweight objects in the linux kernel that enable users
to partition their multiprocessor machine.
Knowledge
Multiprocessing  is  the  use  of  two  or  more  central
processing units (CPUs) within a single computer system
source : http://en.wikipedia.org/wiki/Multiprocessing
Compiler
GNU Make
 -j [jobs], --jobs[=jobs]
Specifies   the  number   of  jobs   (commands)   to  run
simultaneously.  If there is more than one -j option, the
last one is effective.  If the -j option is given without
an argument, make will not  limit the number of jobs that
can run simultaneously.

computer networks
machines  with  multiple  processors can  attach  network
programs  of higher  priorities  to a  processor that  is
little consumed or idle.
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