| slovo | definícia |
14
(gcide) | 14 \14\ adj.
1. denoting a quantity consisting of one more than thirteen
and one less than fifteen; -- representing the number
fourteen as Arabic numerals
Syn: fourteen, xiv
[WordNet 1.5 +PJC] |
14
(wn) | 14
adj 1: being one more than thirteen [syn: fourteen, 14,
xiv]
n 1: the cardinal number that is the sum of thirteen and one
[syn: fourteen, 14, XIV] |
| | podobné slovo | definícia |
carbon14
(mass) | carbon-14
- rádioaktívny uhlík |
14th
(encz) | 14th,čtrnáctý num: Zdeněk Brož |
carbon 14
(encz) | carbon 14, n: |
carbon-14 dating
(encz) | carbon-14 dating, n: |
14. písmeno hebrejské abecedy
(czen) | 14. písmeno hebrejské abecedy,nunn: jose |
francisco pizarro (1478-1541)
(czen) | Francisco Pizarro (1478-1541),Pizarron: [jmén.] španělský conquistador,
dobyl inckou říši Petr Prášek |
14th
(gcide) | 14th \14th\ adj.
1. coming next after the thirteenth in a series
Syn: fourteenth
[WordNet 1.5 +PJC] |
C10H14
(gcide) | eucalyptol \eu`ca*lyp*tol\, n. [eucalyptus + L. oleum oil.]
(Chem.)
A volatile, terpenelike oil (C10H18O), which is the main
constituent of the oil of eucalyptus. It has cockroach
repellent activity and is used as a flavoring aid in
pharmaceuticals. Chemically it is
1,3,3-trimethyl-2-oxabicyclo-[2,2,2]-octane. --MI11
Syn: cineole, cajeputol. [1913 Webster +PJC]
Note: In the 1913 Webster eucalytpol was defined as an oil
"consisting largely of cymene". Cymene
(isopropyltoluene, C10H14) differs from that of the
substance currently called eucalyptol, in having an
unsaturated ring and no oxygen. Para-cymene does occur
in eucalyptus oil as well as some other essential oils.
[PJC] |
C10H14N2
(gcide) | Nicotine \Nic"o*tine\ (? or ?), n. [F. nicotine. See
Nicotian.] (Chem.)
An alkaloid which is the active principle of tobacco
(C10H14N2). It occurs in tobacco plants ({Nicotiana
tabacum} and Nicotiana rusticum) to the extent of 2 to 8%,
in combination with malic acid or citric acid. It is a
colorless, transparent, oily liquid, having an acrid odor,
and an acrid burning taste. It is intensely poisonous. The
apparently addictive effects of tobacco smoking have been
ascribed largely to the effect of nicotine, and the
controlled administration of nicotine on various forms has
been used as a technique for assisting efforts to stop the
smoking habit. --Ure.
[1913 Webster +PJC]Isonicotine \I`so*nic"o*tine\, n. [Iso- + nicotine.] (Chem.)
A crystalline, nitrogenous base, C10H14N2, isomeric with
nicotine.
[1913 Webster] |
C14H10
(gcide) | Phenanthrene \Phe*nan"threne\, n. [Phenyl + antracene.] (Chem.)
A complex hydrocarbon, C14H10, found in coal tar, and
obtained as a white crystalline substance with a bluish
fluorescence.
[1913 Webster]Tolane \To*lane"\, n. [From Toluene.] (Chem.)
A hydrocarbon, C14H10, related both to the acetylene and
the aromatic series, and produced artificially as a white
crystalline substance; -- called also diphenyl acetylene.
[1913 Webster] |
C14H10O9
(gcide) | Tannic \Tan"nic\, a.
Of or pertaining to tan; derived from, or resembling, tan;
as, tannic acid.
[1913 Webster]
Tannic acid. (Chem.)
(a) An acid obtained from nutgalls as a yellow amorphous
substance, C14H10O9, having an astringent taste, and
forming with ferric salts a bluish-black compound, which
is the basis of common ink. Called also tannin, and
gallotannic acid.
(b) By extension, any one of a series of astringent
substances resembling tannin proper, widely diffused
through the vegetable kingdom, as in oak bark, willow,
catechu, tea, coffee, etc.
[1913 Webster] |
C14H12
(gcide) | Stilbene \Stil"bene\, n. [See Stilbite.] (Chem.)
A hydrocarbon, C14H12, produced artificially in large, fine
crystals; -- called also diphenyl ethylene, toluylene,
etc.
[1913 Webster] |
C14H12O2
(gcide) | Benzoin \Ben*zoin"\ (b[e^]n*zoin"), n. [Cf. F. benjoin, Sp.
benjui, Pg. beijoin; all fr. Ar. lub[=a]n-j[=a]w[imac]
incense form Sumatra (named Java in Arabic), the first
syllable being lost. Cf. Benjamin.]
Note: [Called also benjamin.]
1. A resinous substance, dry and brittle, obtained from the
Styrax benzoin, a tree of Sumatra, Java, etc., having a
fragrant odor, and slightly aromatic taste. It is used in
the preparation of benzoic acid, in medicine, and as a
perfume.
[1913 Webster]
2. A white crystalline substance, C14H12O2, obtained from
benzoic aldehyde and some other sources.
[1913 Webster]
3. (Bot.) The spicebush (Lindera benzoin).
[1913 Webster]
Flowers of benzoin, benzoic acid. See under Benzoic.
[1913 Webster] |
C14H14
(gcide) | Ditolyl \Di*tol"yl\, n. [Pref. di- + tolyl.] (Chem.)
A white, crystalline, aromatic hydrocarbon, C14H14,
consisting of two radicals or residues of toluene.
[1913 Webster] |
C14H14O4
(gcide) | Curcumin \Cur"cu*min\ (-m?n), n. (Chem.)
The coloring principle of turmeric, or curcuma root,
extracted as an orange yellow crystalline substance,
C14H14O4, with a green fluorescence.
[1913 Webster]
Note: It possesses acid properties and with alkalies forms
brownish salts. This change in color from yellow to
brown is the characteristic reaction of tumeric paper.
See Turmeric paper, under Turmeric.
[1913 Webster] |
C14H17NO6
(gcide) | Indican \In"di*can\, n. [See Indigo.]
[1913 Webster]
1. (Chem.) A glucoside (C14H17NO6) obtained from woad
(indigo plant, Isatis Tinctoria) and other plants (see
indigo), as a yellow or light brown sirup. When purified
it is obtained as spear-shaped crystals. It has a nauseous
bitter taste. By the action of acids, enzymes, etc., it
breaks down into sugar and indigo. It is the source of
natural indigo. Chemically it is the 3-glucoside of
indole, H-indol-3-yl-[beta]-D-glucopyranoside.
[1913 Webster +PJC]
2. (Physiol. Chem.) An indigo-forming substance, found in
urine, and other animal fluids, and convertible into red
and blue indigo (urrhodin and uroglaucin). Chemically, it
is indoxyl sulphate of potash, C8H6NSO4K, and is derived
from the indol formed in the alimentary canal. Called also
uroxanthin.
[1913 Webster] |
C14H18N2O5
(gcide) | aspartame \aspartame\ n.
1. an artificial sweetener containing an aspartic acid
peptide, (C14H18N2O5); it is 160 times sweeter than
sucrose (cane sugar) and is used as a calorie-free
sweetener. Chemically it is
N-L-[alpha]-aspartyl-L-phenylalanine-1-methyl ester. It is
sold also under the trade name Equal.
[WordNet 1.5] |
C14H22O
(gcide) | irone \i"rone\, irones \i"rones\, n.
A fragrant liquid substance, a mixture of several isomers of
the formula C14H22O, forming the essence of the violet
fragrance, commonly isolated from orris oil or from the
rhizomes of Iris. The main ingredient in violets is
[alpha]-irone, which occurs as both cis and trans
stereoisomers. Called also 6-methylionone.
[PJC] |
C14H22O2NCl
(gcide) | Stovain \Sto"va*in\, n. Also Stovine \Sto"vine\ . [Stove (a
translation of the name of the discoverer, Fourneau + -in,
-ine.] (Pharm.)
A substance, C14H22O2NCl, the hydrochloride of an amino
compound containing benzol, used, in solution with
strychnine, as a local anaesthetic, esp. by injection into
the sheath of the spinal cord, producing anaesthesia below
the point of introduction. Called also {amylocaine
hydrochloride}. Chemically it is the hydrochloride of the
benzoyl ester of 1-(dimethylaminomethyl)-1-methyl propanol.
[Webster 1913 Suppl.] |
C14H24O3
(gcide) | Lichenic \Li*chen"ic\ (l[-i]*k[e^]n"[i^]k), a.
Of, pertaining to, or obtained from, lichens.
[1913 Webster]
Lichenic acid.
(a) An organic acid, C14H24O3, obtained from Iceland moss.
(b) An old name of fumaric acid.
[1913 Webster] |
C14H28O2
(gcide) | Myristic \My*ris"tic\ (m[i^]*r[i^]s"t[i^]k), a. (Chem.)
Pertaining to, or derived from, the nutmeg (Myristica).
Specifically, designating an acid (C14H28O2) found in
nutmeg oil and otoba fat, and extracted as a white
crystalline waxy substance.
[1913 Webster] |
C14H30
(gcide) | Tetradecane \Tet`ra*dec"ane\, n. [Tetra- + Gr. ? ten.] (Chem.)
A light oily hydrocarbon, C14H30, of the marsh-gas series;
-- so called from the fourteen carbon atoms in the molecule.
[1913 Webster] |
C14H6O2OH2
(gcide) | Alizarin \A*liz"a*rin\, Alizarine \A*liz"a*rine\, n. [F.
alizarine, fr. alizari.] (Chem.)
A coloring principle, C14H6O2(OH)2, found in madder, and
now produced artificially as an an orange-red crystalline
compound from anthracene. It is used in making red pigments
(such as the Turkish reds), and in dyeing.
[1913 Webster WordNet 1.5] |
C14H8O9
(gcide) | Ellagic \El*lag"ic\, a. [F., fr. galle gall (with the letters
reversed).] (Chem.)
Pertaining to, or derived from, gallnuts or gallic acid; as,
ellagic acid.
[1913 Webster]
Ellagic acid (Chem.), a white crystalline substance,
C14H8O9, found in bezoar stones, and obtained by the
oxidation of gallic acid.
[1913 Webster] |
C15H14O6
(gcide) | Catechin \Cat"e*chin\, n. (Chem.)
One of the tannic acids (C15H14O6), extracted from
catechu as a white, crystalline substance; -- called also
catechuic acid, catechinic acid, cyanidol, and
catechuin. It is a flavonoid found generally in higher
woody plants, and is used in dyeing and tanning.
[1913 Webster +PJC] |
C16H14N2
(gcide) | Flavaniline \Fla*van"i*line\ (? or ?; 104), n. [L. flavus yellow
+ E. aniline.] (Chem.)
A yellow, crystalline, organic dyestuff, C16H14N2, of
artifical production. It is a strong base, and is a complex
derivative of aniline and quinoline.
[1913 Webster] |
C16H14O5
(gcide) | brasilin \bras"i*lin\, n. [Cf. F. br['e]siline. See 2d
Brazil.] (Chem.)
A substance, C16H14O5, extracted from brazilwood as a
yellow crystalline powder which is white when pure. It is
colored intensely red by alkalies on exposure to the air,
being oxidized to |
C16H14O6
(gcide) | Haematoxylin \H[ae]m`a*tox"y*lin\ (-t[o^]ks"[i^]*l[i^]n), n.
[See H[ae]matoxylon.] (Chem.)
The coloring principle of logwood. It is obtained as a yellow
crystalline substance, C16H14O6, with a sweetish taste.
Formerly called also hematin.
[1913 Webster] |
C17H14O4S
(gcide) | rofecoxib \rofecoxib\ (Chem. & Med.)
A chemical substance (C17H14O4S, molecular weight 314.36)
used in medicine as an analgesic to alleviate pain and
inflammation; it is a synthetic compound, and is marketed by
Merck & Co. under the trade name Vioxx, in tablets giving
dosages of 12.5 or 25 milligrams. It is classed as a
non-steroidal anti-inflammatory drug (NSAID). Chemically, it
is 4-[4-(methylsulfony)phenyl]-3-phenyl-2(5H) furanone. Its
chemical structure contains two phenyl rings and a furanone
ring. It is believed to act by inhibition of prostaglandin
biosynthesis, through inhibition of the enzyme
cyclooxygenase-2 (COX-2); unlike aspirin, it does not
inhibit cyclooxygenase-1.
[PJC] |
C20H14
(gcide) | Dinaphthyl \Di*naph"thyl\, n. [Pref. di- + naphthylene.] (Chem.)
A colorless, crystalline hydrocarbon, C20H14, obtained from
naphthylene, and consisting of a doubled naphthylene radical.
[1913 Webster] |
C20H14O4
(gcide) | Phenolphthalein \Phe`nol*phthal"e*in\, or Phenol phthalein
\Phenol phthalein\, n. (Chem.)
A white or yellowish white crystalline substance, C20H14O4,
formed by condensation of the anhydride of phthalic acid and
phenol. Its solution in alkalies is brilliant red, but is
decolorized by acids. This reaction, being very delicate, is
used as a pH indicator. It is sometimes used as a laxative in
veterinary medicine.
[Webster 1913 Suppl. +PJC] |
C27H30O14
(gcide) | morindin \mo*rin"din\, n. (Chem.)
A yellow dyestuff (C27H30O14) extracted from the root bark
of an East Indian plant (Morinda citrifolia) or from the
bark of Coprosma australis. The substance is also found in
the fruit of the Morinda citrifolia, called noni, which is
touted by some merchants to have a stimulatory effect on the
immune system. It is a disaccharide derivative of
anthracenedione.
[1913 Webster +PJC] |
C36H56O14
(gcide) | digitalin \dig"i*ta`lin\, n. [Cf. F. digitaline.]
(a) (Medicine, Pharmacy) Any one of several extracts of
foxglove (Digitalis), as the "French extract," the
"German extract," etc., which differ among themselves
in composition and properties. Both Digitalis lanata
and Digitalis purpurea have been used to prepare
such extracts.
(b) (Chem.) the distinctive chemical substance, a steroid
glycoside, which is the essential ingredient of the
extracts of foxglove. It is a white, crystalline
substance (C36H56O14), and is a 3-substituted
diglucoside of a steroid. It is a powerful cardiac
stimulant and is used as a cardiotonic for treatment
of certain heart conditions, such as congestive heart
failure. Chemically it is
(3[beta],5[beta],16[beta])-3-[6-Deoxy-4-O-[beta]-D-glucopyranosyl-3-O-methyl-[beta]-D-galactopyranosyl)oxy]-14,16-dihyroxy-card-20
(22)-enolide. The related compounds digitoxin and
digoxin are also extracted from the foxglove. The
class of steroid glycosides having cardiotonic
properties are refered to as the cardiac glycosides.
--MI11
Syn: digitalinum verum, Diginorgin, Schmiedeberg's digitalin,
digitalis, digitalis glycoside. [1913 Webster +PJC] |
C41H64O14
(gcide) | digoxin \di*gox"in\, n. (Chem.)
a steroid glycoside, one of the cardiotonic chemical
substances which is extracted from the foxglove. It is a
white, crystalline substance (C41H64O14), and is a
3-substituted triglucoside of a steroid, related structurally
to digitalin and digitoxin. It is used as a cardiotonic for
treatment of certain heart conditions, such as congestive
heart failure. Chemically it is
(3[beta],5[beta],12[beta])-3-[(O-2,6-Dideoxy-[beta]-D-ribo-hexopyranosyl-(1->4)-O-2,6-dideoxy-[beta]-D-ribo-hexopyranosyl-(1->4)-2
, 6-dideoxy-[beta]-D-ribo-hexopyranosyl)oxy]-12,14-dihydroxy-card-20(22)-enolide.
The related compounds digitalin and digoxin are also
extracted from the foxglove (Digitalis lanata and
Digitalis purpurea). The class of steroid glycosides having
cardiotonic properties are refered to as the cardiac
glycosides. --MI11
[PJC] |
C5H14N2
(gcide) | Neuridin \Neu"ri*din\, n. [From Neurine.] (Physiol. Chem.)
A nontoxic base, C5H14N2, found in the putrescent matters
of flesh, fish, decaying cheese, etc.
[1913 Webster] |
C6H14
(gcide) | Hexane \Hex"ane\, n. [Gr. "e`x six.] (Chem.)
Any one of five hydrocarbons, C6H14, of the paraffin
series. They are colorless, volatile liquids, and are so
called because the molecule has six carbon atoms.
[1913 Webster] |
C7H14
(gcide) | Heptylene \Hep"tyl*ene\, n. (Chem.)
A colorless liquid hydrocarbon, C7H14, of the ethylene
series; also, any one of its isomers. Called also heptene.
[1913 Webster] |
C8H14
(gcide) | Conylene \Con"y*lene\, n. [Conine + acetylene.]
An oily substance, C8H14, obtained from several derivatives
of conine.
[1913 Webster] |
C9H14
(gcide) | Nonone \Non"one\, n. [Nonane + -one, suffix denoting the third
degree of unsaturation.] (Chem.)
1. Any one of several metameric unsaturated hydrocarbons
(C9H14) of the valylene series. [archaic?]
[1913 Webster]
2. Any of several isomeric ketones (C9H18O) conceptually
derived from nonane by substituting an oxygen for two
hydrogen atoms on one of the non-terminal carbon atoms.
[PJC] |
carbon-14
(gcide) | carbon-14 \carbon-14\ n.
a radioactive isotope of carbon with a half-life of 5730
years. It occurs naturally in minute quantities, and is used
as the basis for radiocarbon dating.
Syn: radiocarbon, carbon 14.
[WordNet 1.5] |
14 july
(wn) | 14 July
n 1: a legal holiday in France celebrating the storming of the
Paris bastille in 1789 [syn: Bastille Day, 14 July] |
140
(wn) | 140
adj 1: being ten more than one hundred thirty [syn: {one hundred
forty}, 140, cxl] |
140th
(wn) | 140th
adj 1: the ordinal number of one hundred forty in counting order
[syn: hundred-and-fortieth, 140th] |
144
(wn) | 144
n 1: twelve dozen [syn: gross, 144] |
145
(wn) | 145
adj 1: being five more than one hundred forty [syn: {one hundred
forty-five}, 145, cxlv] |
145th
(wn) | 145th
adj 1: the ordinal number of one hundred forty-five in counting
order [syn: hundred-and-forty-fifth, 145th] |
14th
(wn) | 14th
adj 1: coming next after the thirteenth in position [syn:
fourteenth, 14th] |
april 14
(wn) | April 14
n 1: a day celebrating political and economic unity among
American countries [syn: Pan American Day, April 14] |
atomic number 114
(wn) | atomic number 114
n 1: a radioactive transuranic element [syn: ununquadium,
Uuq, element 114, atomic number 114] |
atomic number 14
(wn) | atomic number 14
n 1: a tetravalent nonmetallic element; next to oxygen it is the
most abundant element in the earth's crust; occurs in clay
and feldspar and granite and quartz and sand; used as a
semiconductor in transistors [syn: silicon, Si, {atomic
number 14}] |
carbon 14
(wn) | carbon 14
n 1: a radioactive isotope of carbon [syn: radiocarbon,
carbon 14] |
carbon-14 dating
(wn) | carbon-14 dating
n 1: a chemical analysis used to determine the age of organic
materials based on their content of the radioisotope
carbon-14; believed to be reliable up to 40,000 years [syn:
radiocarbon dating, carbon dating, carbon-14 dating] |
element 114
(wn) | element 114
n 1: a radioactive transuranic element [syn: ununquadium,
Uuq, element 114, atomic number 114] |
february 14
(wn) | February 14
n 1: a day for the exchange of tokens of affection [syn:
Valentine Day, Valentine's Day, {Saint Valentine's
Day}, St Valentine's Day, February 14] |
june 14
(wn) | June 14
n 1: commemorating the adoption of the United States flag in
1777 [syn: Flag Day, June 14] |
8514
(foldoc) | 8514
8514-A
An IBM graphics display standard supporting a
resolution of 1024 x 768 pixels with 256 colours at 43.5
Hz (interlaced), or 640 x 480 at 60 Hz interlaced.
8514 was introduced at the same time as VGA and was
superseded by XGA.
(1999-08-01)
|
8514-a
(foldoc) | 8514
8514-A
An IBM graphics display standard supporting a
resolution of 1024 x 768 pixels with 256 colours at 43.5
Hz (interlaced), or 640 x 480 at 60 Hz interlaced.
8514 was introduced at the same time as VGA and was
superseded by XGA.
(1999-08-01)
|
ibm 1403
(foldoc) | IBM 1403
A printer used with the IBM 360 mainframe, a
successor to the 1401.
(1999-01-11)
|
ieee standard 1149.1
(foldoc) | Joint Test Action Group
IEEE Standard 1149.1
JTAG
(JTAG, or "IEEE Standard 1149.1") A standard specifying
how to control and monitor the pins of compliant devices on a
printed circuit board.
Each device has four JTAG control lines. There is a
common reset (TRST) and clock (TCLK). The data line
daisy chains one device's test data out (TDO) pin
to the test data in (TDI) pin on the next device.
The protocol contains commands to read and set the values of
the pins (and, optionally internal registers) of devices.
This is called "boundary scanning". The protocol makes
board testing easier as signals that are not visible at the
board connector may be read and set.
The protocol also allows the testing of equipment, connected
to the JTAG port, to identify components on the board (by
reading the device identification register) and to control and
monitor the device's outputs.
JTAG is not used during normal operation of a board.
JTAG Technologies B.V. (http://jtag.com/).
{Boundary Scan/JTAG Technical Information - Xilinx, Inc.
(http://xilinx.com/support/techsup/journals/jtag/)}.
{Java API for Boundary Scan FAQs - Xilinx Inc.
(http://xilinx.com/products/software/sx/sxfaqs.htm)}.
{JTAG Boundary-Scan Test Products - Corelis, Inc.
(http://corelis.com/products/scanovrv.html)}.
{"Logic analyzers stamping out bugs at the cutting edge", EDN
Access, 1997-04-10
(http://ednmag.com/ednmag/reg/1997/041097/08df_02.htm)}.
{IEEE 1149.1 Device Architecture - Boundary-Scan Tutorial from
ASSET InterTech, Inc.
(http://asset-intertech.com/tutorial/arch.htm)}.
{"Application-Specific Integrated Circuits", Michael John
Sebatian Smith, published Addison-Wesley - Design Automation
Cafe
(http://dacafe.com/DACafe/EDATools/EDAbooks/ASIC/Book/CH14/CH14.2.htm)}.
{Software Debug options on ASIC cores - Embedded Systems
Programming Archive (http://embedded.com/97/feat9701.htm)}.
{Designing for On-Board Programming Using the IEEE 1149.1
(JTAG) Access Port - Intel
(http://developer.intel.com/design/flcomp/applnots/292186.htm)}.
{Built-In Self-Test Using Boundary Scan by Texas Instruments -
EDTN Network
(http://edtn.com/scribe/reference/appnotes/md003e9a.htm)}.
(1999-11-15)
|
motorola 14500b
(foldoc) | Motorola 14500B
(MC14500B) A 1-bit ICU from Motorola.
Probably the limit in small processors, the 14500B had a 4-bit
instruction and controlled a single data read/write line, used
for application control. It had no address bus - that was an
external unit that was added on. Another CPU could be used
to feed control instructions to the 14500B in an application.
It had only 16 pins, less than a typical RAM chip, and ran
at 1 MHz.
(1994-11-30)
|
rfc 1014
(foldoc) | RFC 1014
The RFC defining
eXternal Data Representation.
(rfc:1014).
(1994-12-13)
|
rfc 1436
(foldoc) | RFC 1436
The RFC defining the Internet
Gopher protocol.
(rfc:1436).
(1995-11-16)
|
rfc 1441
(foldoc) | RFC 1441
The RFC introducing SNMP v2.
(rfc:1441).
(1997-11-23)
|
rfc 1442
(foldoc) | RFC 1442
The RFC defining SMI for SNMP v2.
(rfc:1442).
(1997-11-23)
|
rfc 1443
(foldoc) | RFC 1443
The RFC defining textual conventions
for SNMP v2.
(rfc:1443).
(1997-11-23)
|
rfc 1444
(foldoc) | RFC 1444
The RFC defining conformance
statements for SNMP v2.
(rfc:1444).
(1997-11-23)
|
rfc 1445
(foldoc) | RFC 1445
The RFC defining the administrative
model for SNMP v2.
(rfc:1445).
(1997-11-23)
|
rfc 1446
(foldoc) | RFC 1446
The RFC defining security protocols
for SNMP v2.
(rfc:1446).
(1997-11-23)
|
rfc 1447
(foldoc) | RFC 1447
The RFC defining Party MIB for
SNMP v2.
(rfc:1447).
(1997-11-23)
|
rfc 1448
(foldoc) | RFC 1448
The RFC defining protocol operations
for SNMP v2.
(rfc:1448).
(1997-11-23)
|
rfc 1449
(foldoc) | RFC 1449
The RFC defining transport mappings
for SNMP v2.
(rfc:1449).
(1997-11-23)
|
rfc 1450
(foldoc) | RFC 1450
The RFC defining MIB for SNMP v2.
(rfc:1450).
(1997-11-23)
|
rfc 1451
(foldoc) | RFC 1451
The RFC defining {Manager to Manger
MIB}.
(rfc:1451).
(1997-11-23)
|
rfc 1452
(foldoc) | RFC 1452
The RFC describing coexistance
between SNMP v1 and SNMP v2.
(rfc:1452).
(1995-02-15)
|
rfc 1475
(foldoc) | RFC 1475
The RFC describing the TP/IX
protocol.
(rfc:1475).
(1995-04-03)
|
x.214
(foldoc) | transport layer
host-host layer
ISO 8072
ISO 8073
layer 4
X.214
X.224
(Or "host-host layer") The middle layer in the
OSI seven layer model. The transport layer determines how
to use the network layer to provide a virtual error-free,
point to point connection so that host A can send messages to
host B and they will arrive un-corrupted and in the correct
order. It establishes and dissolves connections between
hosts. It is used by the session layer.
An example transport layer protocol is {Transmission Control
Protocol} (TCP).
OSI documents: ITU Rec. X.214 (ISO 8072), ITU Rec. X.224
(ISO 8073).
(1997-12-07)
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