| podobné slovo | definícia |
informacne technologie
(msasasci) | informacne technologie
- IT |
backstop technologies
(encz) | backstop technologies,zálohové technologie [eko.] RNDr. Pavel Piskač |
clean technologies
(encz) | clean technologies,čisté technologie [eko.] RNDr. Pavel Piskač |
large-scale clean technologies
(encz) | large-scale clean technologies,širokospektrální čisté
technologie [eko.] RNDr. Pavel Piskač |
small scale clean technologies
(encz) | small scale clean technologies,čisté technologie malých
rozměrů [eko.] RNDr. Pavel Piskač |
technologies
(encz) | technologies,technologie pl. Zdeněk Brož |
aglomerace (technologie)
(czen) | aglomerace (technologie),agglomeration[eko.] RNDr. Pavel Piskač |
bezodpadová technologie
(czen) | bezodpadová technologie,non-waste technology[eko.] RNDr. Pavel Piskačbezodpadová technologie,waste-free technology[eko.] RNDr. Pavel Piskač |
bezvýkopová technologie výstavby drenáže
(czen) | bezvýkopová technologie výstavby drenáže,excavationless technology of
drainage construction[eko.] RNDr. Pavel Piskač |
biotechnologie
(czen) | biotechnologie,biotechnologyn: Zdeněk Brož |
ekologizace technologie
(czen) | ekologizace technologie,ecologization of technology[eko.] RNDr. Pavel
Piskač |
ekotechnologie
(czen) | ekotechnologie,ecotechnology[eko.] RNDr. Pavel Piskač |
environmentálně přiměřená technologie
(czen) | environmentálně přiměřená technologie,EST[eko.] RNDr. Pavel Piskač |
integrovaná technologie
(czen) | integrovaná technologie,integrated technology[eko.] RNDr. Pavel Piskač |
maloodpadová technologie
(czen) | maloodpadová technologie,little-waste technology[eko.] RNDr. Pavel
Piskač |
maximálně dosažitelná ochranná technologie
(czen) | maximálně dosažitelná ochranná technologie,MACT[eko.] RNDr. Pavel
Piskač |
model zhodnocení energetické technologie
(czen) | model zhodnocení energetické technologie,Energy Technology Assessment
(ETA) Model[eko.] RNDr. Pavel Piskač |
nanotechnologie
(czen) | nanotechnologie,nanotechnologyn: Milan Svoboda |
nejlepší dosažitelná řídící technologie běžně dostupná
(czen) | nejlepší dosažitelná řídící technologie běžně
dostupná,BPCTCA[eko.] RNDr. Pavel Piskač |
nejlepší dostupná ochranná technologie
(czen) | nejlepší dostupná ochranná technologie,BACT[zkr.] [eko.] Best Achievable
Control Technology RNDr. Pavel Piskačnejlepší dostupná ochranná technologie,Best Achievable Control
Technology[eko.] RNDr. Pavel Piskač |
nejlepší dostupná technologie
(czen) | nejlepší dostupná technologie,BAT[zkr.] [eko.] Best Available
Technique RNDr. Pavel Piskačnejlepší dostupná technologie,Best Available Technique[eko.] RNDr.
Pavel Piskač |
nejlepší konvenční technologie
(czen) | nejlepší konvenční technologie,BCT[eko.] RNDr. Pavel Piskač |
nejlepší použitelná ekonomicky dosažitelná technologie
(czen) | nejlepší použitelná ekonomicky dosažitelná
technologie,BATEA[eko.] RNDr. Pavel Piskač |
nejlepší prakticky použitelná technologie
(czen) | nejlepší prakticky použitelná technologie,BPT[eko.] RNDr. Pavel Piskač |
nejlepší praktická technologie
(czen) | nejlepší praktická technologie,Best Practical Technology[eko.] RNDr.
Pavel Piskačnejlepší praktická technologie,BPT[zkr.] [eko.] Best Practical
Technology RNDr. Pavel Piskač |
nízkoodpadová technologie
(czen) | nízkoodpadová technologie,LWT[eko.] RNDr. Pavel Piskač |
pokročilá technologie
(czen) | pokročilá technologie,high techn: Pino |
rozumně dosažitelná ochranná technologie (ract)
(czen) | rozumně dosažitelná ochranná technologie (RACT),Reasonably Available
Control Technology (RACT).[eko.] RNDr. Pavel Piskač |
small satellite thermal technologies
(czen) | Small Satellite Thermal Technologies,SSTT[zkr.] [voj.] Zdeněk Brož a
automatický překlad |
standardy prosazované technologiemi
(czen) | standardy prosazované technologiemi,technology forcing
standards[eko.] RNDr. Pavel Piskač |
strategie nejlepší dostupné technologie
(czen) | strategie nejlepší dostupné technologie,best available technology
strategy[eko.] RNDr. Pavel Piskač |
technologie maximální dosažitelné kontroly (mact)
(czen) | technologie maximální dosažitelné kontroly (MACT),Maximum Achievable
Control Technology (MACT).[eko.] RNDr. Pavel Piskač |
technologie na konci potrubí
(czen) | technologie na konci potrubí,end-of-pipe technology[eko.] RNDr. Pavel
Piskač |
technologie nahrazující vstupy
(czen) | technologie nahrazující vstupy,input-substituting
technology[eko.] RNDr. Pavel Piskač |
technologie prostředí
(czen) | technologie prostředí,environmental engineering[eko.] RNDr. Pavel
Piskač |
technologie redukující vstupy
(czen) | technologie redukující vstupy,input-reducing technology[eko.] RNDr.
Pavel Piskač |
technologie rozumně dosažitelné kontroly
(czen) | technologie rozumně dosažitelné kontroly,RACT[eko.] RNDr. Pavel Piskač |
technologie stealth
(czen) | technologie Stealth,stealthn: [voj.] snižováni radarového odrazu
letadel, lodí, atd. Petr Prášek |
technologie vody
(czen) | technologie vody,water technology[eko.] RNDr. Pavel Piskač |
vyspělá technologie
(czen) | vyspělá technologie,high technology Zdeněk Brož |
vyspělá výrobní technologie
(czen) | vyspělá výrobní technologie,AMT[eko.] RNDr. Pavel Piskač |
výkopová technologie výstavby drenáže
(czen) | výkopová technologie výstavby drenáže,excavation technology of drainage
construction[eko.] RNDr. Pavel Piskač |
všeobecně přijímaná technologie
(czen) | všeobecně přijímaná technologie,CAT[eko.] RNDr. Pavel Piskač |
zálohové technologie
(czen) | zálohové technologie,backstop technologies[eko.] RNDr. Pavel Piskač |
čisté technologie
(czen) | čisté technologie,clean technologies[eko.] RNDr. Pavel Piskač |
čisté technologie malých rozměrů
(czen) | čisté technologie malých rozměrů,small scale clean
technologies[eko.] RNDr. Pavel Piskač |
širokospektrální čisté technologie
(czen) | širokospektrální čisté technologie,large-scale clean
technologies[eko.] RNDr. Pavel Piskač |
špičková technologie
(czen) | špičková technologie,high tech Zdeněk Brož |
ada core technologies
(foldoc) | Ada Core Technologies
(ACT) The company that maintains GNAT.
Ada Core Technologies was founded in 1994 by the original
authors of the GNAT compiler. ACT provides software for {Ada
95} development.
(http://gnat.com/).
(2000-10-28)
|
asiliant technologies
(foldoc) | Asiliant Technologies
A company founded by a group of former {Chips and
Technologies} employees with experience with the CHIPS
products, suppliers, distributors and customers. Asiliant
offer C&T's industry standard Flat Panel and {CRT
controller} family.
(2006-09-19)
|
bbn technologies
(foldoc) | BBN Technologies
Bolt, Beranek and Newman, Inc.
A company, originally known as Bolt, Beranek and
Newman, Inc. (BBN), based in Cambridge, Massachusetts, USA.
BBN were awarded the original contract to build the ARPANET
and have been extensively involved in Internet development.
They are responsible for managing NNSC, CSNET, and
NEARnet.
The language LOGO was developed at BBN, as was the {BBN
Butterfly} supercomputer.
BBN Home (http://bbn.com/).
(2003-11-10)
|
btrieve technologies, inc.
(foldoc) | BTRIEVE Technologies, Inc.
/bee-treev/ (BTI) A provider of
client-server database engines. BTI was founded by former
Novell, Inc. employees, including the original developers of
the Btrieve database engine. BTI acquired the database
product line from Novell in April, 1994.
(http://btrieve.com/).
Address: Austin, Texas, USA.
(1995-12-14)
|
chips & technologies
(foldoc) | Chips & Technologies
A former leading distributor and supplier of
integrated circuits and software to personal computer
manufacturers. As well as semiconductors they also made {flat
panel displays}, video controllers and other computer
related products.
In 1998, Intel Corporation bought Chips and Technologies for
their flat panel controllers. In January 2000, {Asiliant
Technologies} licensed the rights from Intel to continue to
manufacturer and sell Chips and Technologies components.
Address: 2950 Zanker Road, San Jose, California 95134, USA.
(2006-09-19)
|
convergent technologies
(foldoc) | Convergent Technologies
A company formed by a small group of people who left
Intel Corporation in 1979. Convergent Technologies' first
product was the IWS (Integrated Workstation) based on the
Intel 8086, which ran {Convergent Technologies Operating
System} - their first operating system.
Unisys bought Convergent Technologies in 1988.
(1998-04-03)
|
convergent technologies operating system
(foldoc) | Convergent Technologies Operating System
BTOS
STARSYS
(CTOS, BTOS, STARSYS) /see-toss/ A modular,
message-passing, multi-process based operating system.
Convergent Technologies' first product was the IWS
(Integrated Workstation) based on the Intel 8086, which had
CTOS as its operating system. It is a modular operating
system with built-in local area networking. CTOS supports
multiple processes or threads and message-based
inter-process communication.
Companies which licensed CTOS included Burroughs (BTOS) and
Bull (STARSYS). The largest customer was Unisys, with
whom Convergent Technologies merged to become one company in
1988. CTOS had over 800,000 users worldwide.
CTOS ran on Intel Pentium computers, and could run
concurrently with Microsoft Windows NT.
Support for existing customers lasted at least until 2001.
Major customers included police forces, banks and airlines.
["Exploring CTOS", Miller E., Crook J., Loy J. - Prentice
Hall, ISBN 0-13-297342-1, 1991].
(1996-09-24)
|
datastorm technologies, inc.
(foldoc) | Datastorm Technologies, Inc.
The original suppliers of Procomm.
Address: Columbia MO, USA.
(2004-06-29)
|
fifth dimension technologies
(foldoc) | Fifth Dimension Technologies
(5DT) Manufacturers of the {5th
Glove}.
(1995-04-04)
|
greystone technologies
(foldoc) | Greystone Technologies
The producers of the GT/M MUMPS compiler and
GT/SQL pre-processor for VAX and DEC Alpha.
[Address?]
(1995-01-10)
|
lucent technologies
(foldoc) | Lucent Technologies
The former systems and
equipment portion of AT&T (including Bell Laboratories),
split off in 1996.
Lucent Home (http://lucent.com/).
(2002-06-23)
|
mips technologies, inc.
(foldoc) | MIPS Technologies, Inc.
A company which designs, develops, and licenses
reduced instruction set computer (RISC) microprocessors
and compilers. MIPS Technologies, Inc. is a wholly-owned
subsidiary of Silicon Graphics, Inc. and operates as an
independent unit. MIPS is the successor to the processor
business of MIPS Computer Systems which was founded in 1984
and merged with Silicon Graphics on 29 June 1992.
MIPS Technologies developed the world's first RISC VLSI
microprocessors (1985) (or was it the ARM?), the first
commercial 64-bit microprocessor (MIPS R4000, 1992),
announced MIPS R4300i - the first 64-bit RISC processor
designed for interactive consumer applications (April 1995).
They announced the MIPS R10000 - the next generation
general-purpose MIPS microprocessor and the most powerful
processor in the world (October 1994).
MIPS' semiconductor company partners participate in the design
and development of MIPS processors and software and then
produce, market, and support the processors. MIPS itself does
not fabricate or sell products. MIPS' semiconductor partners
are: Integrated Device Technology, LSI Logic Corporation,
NEC Corporation, NKK Corporation, {Philips
Semiconductors}, Siemens AG, and Toshiba Corporation.
MIPS' products include:
R4000 - 100 MHz; 1.35M transistors, primary i/d cache 8KB/8KB,
SPECint92 58.3/ SPECfp92 61.4.
R4300i - 133 MHZ, 1.35M transistors; primary i/d cache,
16KB/8KB, SPECint92 80, SPECfp92 60.
R4400 - 250 MHz, 2.3M transistors, primary i/d cache
16KB/16KB, SPECint92 175.8, SPECfp92 164.4.
R4600 - 133 MHz, 1.9M transistors, primary i/d cache
16KB/16KB, SPECint92 85, SPECfp92 75.
R8000/R8010 - 90 MHz, 2.6M, .83M transistors, primary i/d
cache, 16KB/16KB, SPECint92 132, SPECfp92 396.
R10000 - 200 MHz, 6.7M transistors, primary i/d cache
32KB/32KB, SPECint92 >300, SPECfp92 >600.
MIPS' processor chips were used in the DEC 3100 series of
workstations.
(http://mips.com/).
Usenet newsgroup: news:comp.sys.mips.
(1996-03-01)
|
mos technologies
(foldoc) | MOS Technology
MOS Technologies
A microprocessor design company started by some
ex-Motorola designers, shortly after the Intel 8080 and
Motorola 6800 appeared, in about 1975. MOS Technology
introduced the 650x series, based on the Motorola 6800
design, though they were not exact clones for legal reasons.
The design goal was a low-cost (smaler chip) design, realized
by simplifying the decoder stage. There were no instructions
with the value xxxxxx11, reducing the 1-of-4 decoder to a
single NAND gate. Instructions with the value xxxxxx11
actually executed two instructions in paralell, some of them
useful.
The 6501 was pin-compatible with the 6800 for easier market
penetration. The 650x-series had an on-chip clock oscillator
while the 651x-series had none.
The 6510 was used in the Commodore 64, released September
1981 and MOS made almost all the ICs for Commodore's {pocket
calculators}.
The PET was an idea of the of the 6500 developers. It was
completly developed by MOS, but was manufactured and marketed
by Commodore. By the time the it was ready for production
(and Commodore had cancelled all orders) MOS had been taken
over by Rockwell (Commodore's parent company). Just at this
time the 6522 (VIA) was finished, but the data sheet for it
was not and its developers had left MOS. For years, Rockwell
didn't know in detail how the VIA worked.
(2001-03-31)
|
spatial technologies
(foldoc) | Spatial Technologies
Distributors of the ACIS solid modelling engine.
[More info?]
(1999-06-29)
|
united technologies research cente
(foldoc) | United Technologies Research Cente
UTRC
(UTRC) http://utrcwww.utc.com/.
(1994-11-29)
|
zola technologies
(foldoc) | ZOLA Technologies
Producers of the Z simulation language.
(1994-11-30)
|