02-09-2014
Regarding Admin life either as DBA or UNIX Linux admin
I am planning to choose my career as Unix/Linux Admin or a DBA. But I have come to know from forums and few admins like the job will be 24/7. I have few questions on that.
- Can we get "DAY" shifts in any one of the admin Job ?
- Can't we have shift timings in any company ?
- Eventhough the job nature is 24/7 ..Is it possible us to work in any 8 hours or in day shifts ? ( like 3 persons sharing each 8 hours for a day)
- Do we have such companies and any one you people are working on that ?
- I dont want to work on neither Rotational shifts Nor Night shifts.
Please , please refer such companies ..
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LEARN ABOUT DEBIAN
dlamsh
DLAMSH(l) LAPACK auxiliary routine (version 1.5) DLAMSH(l)
NAME
DLAMSH - send multiple shifts through a small (single node) matrix to see how consecutive small subdiagonal elements are modified by sub-
sequent shifts in an effort to maximize the number of bulges that can be sent through
SYNOPSIS
SUBROUTINE DLAMSH ( S, LDS, NBULGE, JBLK, H, LDH, N, ULP )
INTEGER LDS, NBULGE, JBLK, LDH, N
DOUBLE PRECISION ULP
DOUBLE PRECISION S(LDS,*), H(LDH,*)
PURPOSE
DLAMSH sends multiple shifts through a small (single node) matrix to
see how consecutive small subdiagonal elements are modified by
subsequent shifts in an effort to maximize the number of bulges
that can be sent through. DLAMSH should only be called when there are multiple shifts/bulges
(NBULGE > 1) and the first shift is starting in the middle of an
unreduced Hessenberg matrix because of two or more consecutive small
subdiagonal elements.
ARGUMENTS
S (local input/output) DOUBLE PRECISION array, (LDS,*)
On entry, the matrix of shifts. Only the 2x2 diagonal of S is referenced. It is assumed that S has JBLK double shifts (size 2).
On exit, the data is rearranged in the best order for applying.
LDS (local input) INTEGER
On entry, the leading dimension of S. Unchanged on exit. 1 < NBULGE <= JBLK <= LDS/2
NBULGE (local input/output) INTEGER
On entry, the number of bulges to send through H ( >1 ). NBULGE should be less than the maximum determined (JBLK). 1 < NBULGE <=
JBLK <= LDS/2 On exit, the maximum number of bulges that can be sent through.
JBLK (local input) INTEGER
On entry, the number of shifts determined for S. Unchanged on exit.
H (local input/output) DOUBLE PRECISION array (LDH,N)
On entry, the local matrix to apply the shifts on. H should be aligned so that the starting row is 2. On exit, the data is
destroyed.
LDS (local input) INTEGER
On entry, the leading dimension of S. Unchanged on exit.
N (local input) INTEGER
On entry, the size of H. If all the bulges are expected to go through, N should be at least 4*NBULGE+2. Otherwise, NBULGE may be
reduced by this routine.
ULP (local input) DOUBLE PRECISION
On entry, machine precision Unchanged on exit.
Implemented by: G. Henry, May 1, 1997
LAPACK version 1.5 12 May 1997 DLAMSH(l)