| podobné slovo | definícia |
bedřich smetana (1824-1884)
(czen) | Bedřich Smetana (1824-1884),Smetanan: [jmén.] český skladatel Petr
Prášek |
jules verne (1828-1905)
(czen) | Jules Verne (1828-1905),Vernen: [jmén.] francouzský spisovatel Petr
Prášek |
louis pasteur (1822-1895)
(czen) | Louis Pasteur (1822-1895),Pasteurn: [jmén.] francouzský chemik a
bakteriolog Petr Prášek |
1820s
(wn) | 1820s
n 1: the decade from 1820 to 1829 |
atomic number 82
(wn) | atomic number 82
n 1: a soft heavy toxic malleable metallic element; bluish white
when freshly cut but tarnishes readily to dull grey; "the
children were playing with lead soldiers" [syn: lead,
Pb, atomic number 82] |
blu-82
(wn) | BLU-82
n 1: a reliable and deadly 15,000-pound fragmentation bomb that
explodes just above ground with a large radius; the largest
conventional bomb in existence; used in Afghanistan [syn:
Big Blue, BLU-82] |
822
(foldoc) | RFC 822
822
The RFC defining the Internet
standard format for electronic mail message headers. Also
STD 11, evolved from RFC 733.
(rfc:822).
(1997-03-08)
|
82430fx
(foldoc) | 82430FX
Triton I
|
82430hx
(foldoc) | Triton II
82430HX
(Official name 82430HX) A version of Intel's
Triton processor chip set with all the features of the
Triton I plus support for ECC, parity RAM, two-way SMP,
USB, and Concurrent PCI to improve speed.
It consists of one 82439HX TXC and one 82371SB PIIX3.
(1996-04-03)
|
82430mx
(foldoc) | Mobile Triton
82430MX
(Official name 82430MX) A version of Intel's Triton
I processor chip set intended for mobile computers.
Mobile Triton consists of one 82437MX and two 82438MX.
[Special features?]
(1996-04-03)
|
82430vx
(foldoc) | Triton VX
82430VX
(Official name 82430VX) A version of Intel's
Triton processor chip set with all the features of the
Triton I plus support for SDRAM, USB, and a UMA option.
Triton VX consists of one 82437VX TVC, two 82438VX TVP, and
one 82371SB PIIX3.
(1996-04-03)
|
8250
(foldoc) | 8250
A UART that can operate at a maximum of 9600 baud.
The 8250 is used in IBM PC XT computers. It works in an
IBM PC AT under DOS but generates unwanted interrupts
when used at 9600 baud. The IBM PC BIOS has a bug fix
for this chip.
(2004-03-21)
|
dpl-82
(foldoc) | DPL-82
["DPL-82: A Language for Distributed Processing", L. Ericson,
Proc 3rd Intl Conf Distrib Comp Sys, IEEE 1982, pp.526-531].
(1994-12-07)
|
iso 8208
(foldoc) | X.25
ISO 8208
An ITU-T standard protocol suite
for the DTE-DCE interface in a packet-switched network,
approved by ISO. X.25 defines standard physical layer,
data link layer and network layers (layers 1 through 3).
It was developed to describe how data passes into and out of
public data communications networks. X.25 networks are in use
throughout the world.
Document: ISO 8208.
Several other ITU-T recommendations are relevant to {packet
switching}: X.3, X.28, X.29, X.75.
(1996-08-10)
|
iso 8822
(foldoc) | presentation layer
ISO 8822
ISO 8823
layer 6
X.216
X.226
The second highest layer (layer 6) in the OSI
seven layer model. Performs functions such as text
compression, code or format conversion to try to smooth out
differences between hosts. Allows incompatible processes in
the application layer to communicate via the {session
layer}.
Documents: ITU Rec. X.226 (ISO 8823), ITU Rec. X.216 (ISO
8822).
(1996-07-20)
|
iso 8823
(foldoc) | presentation layer
ISO 8822
ISO 8823
layer 6
X.216
X.226
The second highest layer (layer 6) in the OSI
seven layer model. Performs functions such as text
compression, code or format conversion to try to smooth out
differences between hosts. Allows incompatible processes in
the application layer to communicate via the {session
layer}.
Documents: ITU Rec. X.226 (ISO 8823), ITU Rec. X.216 (ISO
8822).
(1996-07-20)
|
iso 8825
(foldoc) | Basic Encoding Rules
ISO 8825
ITU X.209
X.209
(BER) ASN.1 encoding rules for
producing self-identifying and self-delimiting {transfer
syntax} for data structures described in ASN.1 notations.
BER is an self-identifying and self-delimiting encoding
scheme, which means that each data value can be identified,
extracted and decoded individually.
Huw Rogers once described BER as "a triumph of bloated theory
over clean implementation". He also criticises it as designed
around bitstreams with arbitrary boundaries between data which
can only be determined at a high level.
Documents: ITU-T X.690, ISO 8825-1.
See also CER, DER, PER.
(1998-05-28)
|