| slovo | definícia |
29
(gcide) | 29 \29\ adj.
1. denoting a quantity consisting of twenty-nine items or
units; -- representing the number twenty-nine as Arabic
numerals
Syn: twenty-nine, xxix
[WordNet 1.5 +PJC] |
29
(wn) | 29
adj 1: being nine more than twenty [syn: twenty-nine, 29,
xxix]
n 1: the cardinal number that is the sum of twenty-eight and one
[syn: twenty-nine, 29, XXIX] |
| | podobné slovo | definícia |
29th
(encz) | 29th,dvacátý devátý Zdeněk Brož |
29th
(gcide) | 29th \29th\ adj.
1. coming next after the twenty-eighth in a series
Syn: twenty-ninth
[WordNet 1.5 +PJC] 2d |
C26H29NO
(gcide) | Tamoxifen \Ta*mox"i*fen\ (t[a^]*m[o^]k"s[i^]*f[e^]n), n.
a chemical compound (C26H29NO) which is non-steroidal but
physiogically active as an estrogen antagonist. It is used to
treat postmenopausal breast cancer. Chemically it is
1-p-dimethylaminoethoxyphenyl-trans-1,2-diphenyl-but-1-ene.
It can be obtained as a white crystalline powder. --[MI11]
Syn: Kessar; Noltam; Nolvadex; Tamofen; Tamoxasta; Terimon;
Xynoplex. [PJC] |
29th
(wn) | 29th
adj 1: coming next after the twenty-eighth in position [syn:
twenty-ninth, 29th] |
atomic number 29
(wn) | atomic number 29
n 1: a ductile malleable reddish-brown corrosion-resistant
diamagnetic metallic element; occurs in various minerals
but is the only metal that occurs abundantly in large
masses; used as an electrical and thermal conductor [syn:
copper, Cu, atomic number 29] |
february 29
(wn) | February 29
n 1: the name of the day that is added during a leap year [syn:
leap day, bissextile day, February 29] |
june 29
(wn) | June 29
n 1: first celebrated in the 3rd century [syn: {Saints Peter and
Paul}, June 29] |
september 29
(wn) | September 29
n 1: honoring the archangel Michael; a quarter day in England,
Wales, and Ireland [syn: Michaelmas, Michaelmas Day,
September 29] |
amd 29000
(foldoc) | AMD 29000
A RISC microprocessor descended from the
Berkley RISC design. Like the SPARC design that was
introduced shortly afterward, the 29000 has a large {register
set} split into local and global sets. But though it was
introduced before the SPARC, it has a more elegant method of
register management.
The 29000 has 64 global registers, in comparison to the
SPARC's eight. In addition, the 29000 allows variable sized
windows allocated from the 128 register stack cache. The
current window or stack frame is indicated by a stack pointer,
a pointer to the caller's frame is stored in the current
frame, like in an ordinary stack (directly supporting stack
languages like C, a CISC-like philosophy). Spills and
fills occur only at the ends of the cache, and registers are
saved/loaded from the memory stack. This allows variable
window sizes, from 1 to 128 registers. This flexibility, plus
the large set of global registers, makes register allocation
easier than in SPARC.
There is no special condition code register - any general
register is used instead, allowing several condition codes to
be retained, though this sometimes makes code more complex.
An instruction prefetch buffer (using burst mode) ensures
a steady instruction stream. To reduce delays caused by a
branch to another stream, the first four new instructions are
cached and next time a cached branch (up to sixteen) is taken,
the cache supplies instructions during the initial memory
access delay.
Registers aren't saved during interrupts, allowing the
interrupt routine to determine whether the overhead is
worthwhile. In addition, a form of register access control is
provided. All registers can be protected, in blocks of 4,
from access. These features make the 29000 useful for
embedded applications, which is where most of these processors
are used, allowing it the claim to be "the most popular RISC
processor". The 29000 also includes an MMU and support for
the AMD 29027 FPU.
(1995-06-19)
|
amd 29027
(foldoc) | AMD 29027
The FPU for the AMD 29000.
(1995-01-16)
|
amd am2901
(foldoc) | AMD Am2901
A 4-bit bit-slice processor from {Advanced Micro
Devices}. It featured sixteen 4-bit registers and a 4-bit
ALU and operation signals to allow carry/borrow or shift
operations and such to operate across any number of other
2901s. An address sequencer (such as the 2910) could
provide control signals with the use of custom microcode in
ROM.
(1994-11-16)
|
amd am2903
(foldoc) | AMD Am2903
A bit-slice prcessor from {Advanced Micro
Devices} which featured hardware multiply.
(1994-11-16)
|
amd am2910
(foldoc) | AMD Am2910
An address sequencer from {Advanced Micro
Devices}.
(1994-11-16)
|
rfc 2298
(foldoc) | RFC 2298
The RFC proposing a standard
One-Time Password system.
(rfc:2298).
(2000-03-05)
|
v.29
(foldoc) | V.29
An ITU-T modem protocol which
allows 9600 bps half duplex or four wire communications
with fall back to 7200 bps and 4800 bps. V.29 is used
by fax machines.
(2004-07-30)
|
x.229
(foldoc) | Remote Operations Service Element
ISO 9072
ROSE
X.219
X.229
(ROSE) A sub-layer of protocol layer six
(presentation layer) in the OSI seven layer model which
provides SASE for remote operations.
Documents: ITU Rec. X.229 (ISO 9072-2), ITU Rec. X.219
(ISO 9072-1).
(1997-12-07)
|
x.29
(foldoc) | X.29
The ITU-T standard, approved by ISO, specifying
procedures for the exchange of control information and user
data between a PAD and a remote packet-mode DTE.
Character-mode DTEs are often referred to as X.29
terminals.
(1995-01-31)
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