-
1 8086 real mode
= 8086 real address mode; вчт. режим реальной адресации, совместимый с режимом процессора 8086The New English-Russian Dictionary of Radio-electronics > 8086 real mode
-
2 real mode
= real-address modeреальный режим, режим реального адресаодин из режимов адресации процессоров 80x86, в котором не поддерживается трансляция виртуальных адресов в физические, а используется адресация, принятая в процессорах 8088/8086. В этом режиме (он был введён для совместимости сверху вниз с ПО для ПК первых поколений) 20-разрядный адрес формируется сложением 16-разрядного смещения адреса и содержимого 16-разрядного сегментного регистра, сдвинутого на четыре бита влево, т. е. программам доступен лишь первый мегабайт ОЗУ и 16-разрядные РОН. При включении процессор всегда начинает работать в реальном режиме, затем ОС переключает его в защищённый режим, установив соответствующий флагAnt:Англо-русский толковый словарь терминов и сокращений по ВТ, Интернету и программированию. > real mode
-
3 real mode
Оборудование; Процессор Реальный режим Режим работы процессора, при котором процессор ведет себя точно так же, как и процессор 8086 (трансляция виртуальных адресов в физические не поддерживается, программам доступен лишь первый мегабайт физической памяти).English-Russian dictionary of computer abbreviations and terms > real mode
-
4 mode
1) модаа) нормальный тип колебаний, собственный тип колебаний; нормальный тип волн, собственный тип волн3) способ; метод4) тип; форма ( выражения или проявления чего-либо)6) ак. лад; тональность•- π-mode- 1284 compliance mode
- 32-bit mode
- 32-bit transfer mode
- 8086 real mode
- accelerated transit mode
- accumulation-layer mode
- acoustic mode
- active mode
- address mode
- adjacent modes
- all points addressable mode
- alpha mode
- alphanumeric mode
- alternate mode
- AN mode
- analog mode
- angular dependent mode
- angular mode
- anomalous mode
- answer mode
- antiferrodistortive mode
- antiferromagnetic mode
- anti-Stokes mode
- antisymmetric mode
- APA mode
- aperiodic mode
- asymmetric mode
- asynchronous balanced mode
- asynchronous response mode
- asynchronous transfer mode
- auto-answer mode
- auto-dial mode
- avalanche mode
- axial mode
- background mode
- backward mode
- beam mode
- beam-waveguide mode
- Bi-Di mode
- bidirectional mode
- BIOS video mode
- birefringent mode
- bistable mode
- bitmap mode
- black-and-white mode
- block mode
- block-multiplex mode
- blow-up mode
- browse mode
- burst mode
- byte mode
- calculator mode
- central mode
- characteristic mode
- chat mode
- chip test mode
- CHS mode
- circle-dot mode
- circular mode
- circularly polarized mode
- circularly symmetric mode
- clockwise mode
- CMY mode
- CMYK mode
- collective modes
- color mode
- command mode
- common mode
- communications mode
- compatibility mode
- competing modes
- concert hall reverberation mode
- configuration mode
- constant-frequency mode
- contention mode
- continuous-wave mode
- contour modes
- control mode
- conversational mode
- cooked mode
- correlator mode
- counter mode
- counterclockwise mode
- coupled modes
- crossover mode
- current mode
- cutoff mode
- cw mode
- cyclotron mode
- cylinder-head-sector mode
- damped mode
- data-in mode
- data-out mode
- Debye mode
- Debye-like mode
- defocus-dash mode
- defocus-focus mode
- degenerate mode
- delayed domain mode
- depletion mode
- deposition mode
- difference mode
- differential mode
- diffusive mode
- digital mode
- dipole mode
- direct memory access transfer mode
- disk-at-once mode
- display mode
- dissymmetric mode
- DMA transfer mode
- domain mode
- dominant mode
- dot-addressable mode
- dot-dash mode
- doze mode
- draft mode
- drift mode
- ducted mode
- duotone mode
- duplex mode
- dynamic mode
- dynamic scattering mode
- E mode
- Emn mode
- ECHS mode
- ECP mode
- edge mode
- edit mode
- eigen mode
- electromagnetic mode
- elementary mode
- elliptically polarized mode
- embedded mode
- end-fire mode
- enhanced parallel port mode
- enhanced virtual 8086 mode
- enhanced virtual 86 mode
- enhancement mode
- EPP mode
- equiamplitude modes
- EV8086 mode
- EV86 mode
- evanescent mode
- even mode
- even-order mode
- even-symmetrical mode
- exchange mode
- exchange-dominated mode
- excited mode
- exciting mode
- extended capability port mode
- extended cylinder-head-sector mode
- extensional mode
- extraordinary mode
- FA mode
- face shear modes
- failure mode
- fast mode
- fast-forward mode
- ferrite-air mode
- ferrite-dielectric mode
- ferrite-guided mode
- ferrite-metal mode
- ferrodistortive mode
- ferroelectric mode
- file mode
- first mode
- FM mode
- forbidden mode
- force mode
- foreground mode
- forward mode
- forward-bias mode
- forward-propagating mode
- forward-scattered mode
- four-color mode
- four-output mode
- free-running mode
- full on mode
- fundamental mode
- gate mode
- Gaussian mode
- Goldstone mode
- graphic display mode
- graphic mode
- gray-level mode
- grayscale mode
- guided mode
- guided-wave mode
- Gunn mode
- gyromagnetic mode
- H mode
- Hmn mode
- half-duplex mode
- half-tone mode
- hard mode
- harmonic mode
- helicon mode
- Hermite-Gaussian mode
- higher mode
- higher-order mode
- HLS mode
- HSB mode
- HSV mode
- hybrid mode
- idling mode
- impact avalanche transit-time mode
- IMPATT mode
- indexed color mode
- inhibited domain mode
- initialization mode
- injection locked mode
- insert mode
- interactive mode
- internally-trapped mode
- interstitial diffusion mode
- ion-implantation channel mode
- ion-sound mode
- kernel mode
- kiosk mode
- L*a*b* mode
- landscape mode
- large disk mode
- lasing mode
- lattice mode
- laying mode
- LBA mode
- LCH mode
- leaky mode
- left-hand polarized mode
- left-handed polarized mode
- length modes
- letter mode
- LH mode
- limited space-charge accumulation mode
- line art mode
- local mode
- lock mode
- logical block addressing mode
- log-periodically coupled modes
- longitudinal mode
- loopback mode
- lowest mode
- lowest-order mode
- low-power mode
- LSA mode
- magnetic mode
- magnetodynamical mode
- magnetoelastic mode
- magnetosonic mode
- magnetostatic mode
- magnetron mode
- main mode
- masing mode
- master/slave mode
- mixed mode
- mode of excitation
- mode of operation
- modified semistatic mode
- modulated transit-time mode
- module test mode
- mono mode
- mono/stereo mode
- monopulse mode
- moving-target indication mode
- MTI mode
- multi mode
- multichannel mode
- multimode mode
- multiple sector mode
- multiplex mode
- mutual orthogonal modes
- native mode
- natural mode
- near-letter mode
- nibble mode
- nondegenerated mode
- non-privileged mode
- nonpropagating mode
- nonresonant mode
- nonuniform processional mode
- normal mode
- normal-incidence mode
- odd mode
- odd-order mode
- odd-symmetrical mode
- off mode
- off-axial mode
- off-line mode
- omni mode
- on mode
- on-line mode
- operation mode
- optical mode
- ordinary mode
- original mode
- originate mode
- orthogonal modes
- OS/2 compatible mode
- overdamped mode
- overtype mode
- packet mode
- packet transfer mode
- page mode
- parallel port FIFO mode
- parametric mode
- parasitic mode
- pedestal-current stabilized mode
- penetration mode
- persistent-current mode
- perturbated mode
- phonon mode
- pi mode
- PIO mode
- plane mode
- plane polarized mode
- plasma mode
- plasma-guide mode
- playback mode
- polarized mode
- poly mode
- portrait mode
- preferred mode
- principal mode
- privileged mode
- programmed input/output mode
- promiscuous mode
- protected mode
- protected virtual address mode
- proton mode
- pseudo-Rayleigh mode
- pseudospin mode
- pseudospin-wave mode
- pulse mode
- quadrupole mode
- quadtone mode
- quasi-degenerated mode
- quenched domain mode
- quenched multiple-domain mode
- quenched single-domain mode
- question-and-answer mode
- radial mode
- radiating mode
- radiation mode
- Raman active mode
- ranging mode
- rare mode
- raw mode
- RB mode
- read multiple mode
- read-mostly mode
- real address mode
- real mode
- real-time mode
- receive mode
- reflected mode
- reflection mode
- refracted mode
- rehearse mode
- relaxational mode
- resonant mode
- return-beam mode
- reverberation mode
- reverse-bias mode
- rewind mode
- RGB mode
- RH mode
- rho-rho mode
- right-hand polarized mode
- right-handed polarized mode
- safe mode
- saturated-off mode of operation
- saturation mode
- saving mode
- scan mode
- search mode
- secondary-emission pedestal mode
- second-breakdown mode
- self-localized mode
- self-locked mode
- semistatic mode
- shear mode
- shutdown mode
- side modes
- simplex mode
- single mode
- single-vortex cycle mode
- slave mode
- sleep mode
- slow mode
- small room reverberation mode
- soft mode
- softened mode
- sorcerer's apprentice mode
- space-charge feedback mode
- space-charge mode
- spatially orthogonal modes
- special fully nested mode
- spiking mode
- spin mode
- spin-wave mode
- SPP mode
- spurious mode
- spurious pulse mode
- stable mode
- stable-negative-resistance mode
- standard parallel port mode - stationary mode
- Stokes mode
- stop clock mode
- stop mode
- stream mode
- subharmonic mode
- substitutional-diffusion mode
- subsurface mode
- sum mode
- superradiant mode
- supervisor mode
- surface skimming mode
- surface-wave mode
- suspend mode
- SVGA mode
- switching mode
- symmetric mode
- symmetry breaking mode
- symmetry restoring mode
- system management mode
- system test mode
- Tmnp wave resonant mode
- task mode
- TE mode
- TEmnp wave resonant mode
- tearing mode
- telegraph mode
- TEM mode
- terminal mode
- test mode
- text mode
- thermal mode
- thickness modes
- three-color mode
- through mode
- time-difference mode
- time-sharing mode
- TM mode
- TMmnp wave resonant mode
- torsional modes
- total-internal reflection mode
- track-at-once mode
- transfer mode
- transient mode
- transit-time domain mode
- transit-time mode
- transmission mode
- transmitted mode
- transmitting mode
- transverse electric mode
- transverse electromagnetic mode
- transverse magnetic mode
- transverse mode
- transversely polarized mode
- transverse-symmetrical mode
- TRAPATT mode
- trapped mode
- trapped plasma avalanche transit-time mode
- trapped-domain mode
- traveling space-charge mode
- traveling-wave mode
- tristate test mode
- tritone mode
- truncated mode
- twist mode
- twisted nematic mode
- TXT mode
- typeover mode
- uncoupled modes
- undamped mode
- underdamped mode
- unguided mode
- unidirectional mode
- unilateral mode
- unperturbed mode
- unreal mode
- unstable mode
- unwanted mode
- user mode
- V8086 mode
- V86 mode
- VGA mode
- vibration mode
- video mode
- virtual 8086 mode
- virtual 86 mode
- virtual real mode
- volume magnetostatic mode
- wait for key mode
- waiting mode
- Walker mode
- walk-off mode
- wave mode
- waveguide mode
- whispering-gallery mode
- whistler mode
- width modes
- write mode
- write multiple mode
- zero-frequency mode
- zero-order modeThe New English-Russian Dictionary of Radio-electronics > mode
-
5 80x86
= x86обобщённое обозначение процессоров фирмы Intel (x=1,..., 5 и может отсутствовать для 8086). К этому семейству относятся процессоры 8086, 8088, 80186, 80286, 80386, 80486, Pentium, Pentium Pro, Pentium II, Pentium III и Pentium 4, а также совместимые с ними процессоры других производителей ( AMD, Cyrix). Архитектура x86 (x86 architecture) поддерживает четыре режима работы процессора: real mode, protected mode, virtual x86 mode и SMM.Early x86 microprocessors were scalar. — Первые микропроцессоры семейства х86 имели скалярную архитектуру. Редкий
Syn:Англо-русский толковый словарь терминов и сокращений по ВТ, Интернету и программированию. > 80x86
См. также в других словарях:
Real mode — Real mode, also called real address mode, is an operating mode of 80286 and later x86 compatible CPUs. Real mode is characterized by a 20 bit segmented memory address space (meaning that a maximum of 1 MB of memory can be addressed), direct… … Wikipedia
Real Mode — [dt. »wirklicher Modus«], ein Betriebsmodus bei den Prozessoren 80x86 von Intel. Alle Prozessoren vor dem 80286 waren auf den Real Mode beschränkt. Die späteren Intel Prozessoren boten den Protected Mode sowie den Virtual Mode (Virtual 8086… … Universal-Lexikon
Real Mode — Der Begriff Real Mode, eigentlich real address mode oder eingedeutscht Real Modus, bezeichnet eine Betriebsart der x86 kompatiblen Prozessoren, die ab dem Intel 80286 unter diesem Namen existiert. Inhaltsverzeichnis 1 Charakteristika 2 Bedeutung… … Deutsch Wikipedia
Virtual Real Mode — Virtual Real Mode, Synonym für Virtual 8086 Mode … Universal-Lexikon
virtueller Real Mode — virtueller Real Mode, Synonym für Virtual 8086 Mode … Universal-Lexikon
Real-Modus — Der Begriff Real Mode, eigentlich real address mode oder eingedeutscht Real Modus, bezeichnet eine Betriebsart der x86 kompatiblen Prozessoren, die ab dem Intel 80286 unter diesem Namen existiert. Inhaltsverzeichnis 1 Charakteristika 2… … Deutsch Wikipedia
Protected mode — This article is about an x86 processor mode. For Internet Explorer Protected Mode, see Mandatory Integrity Control. x86 processor modes Mode First supported Real mode Intel 8086 8080 emulation mode NEC … Wikipedia
Virtual 8086 mode — In the 80386 microprocessor and later, Virtual 8086 mode, also called virtual real mode or VM86, allows the execution of real mode applications that are incapable of running directly in protected mode.VM86 mode uses a segmentation scheme… … Wikipedia
Unreal mode — Der Begriff Real Mode, eigentlich real address mode oder eingedeutscht Real Modus, bezeichnet eine Betriebsart der x86 kompatiblen Prozessoren, die ab dem Intel 80286 unter diesem Namen existiert. Inhaltsverzeichnis 1 Charakteristika 2… … Deutsch Wikipedia
Virtual 8086 Mode — Der Betriebsmodus Virtual 8086 Mode wurde mit dem Intel 80386 Prozessor eingeführt. Da damals – im Jahre 1985 – sich Protected Mode Betriebssysteme noch nicht am Markt gegen das Real Mode Betriebssystem DOS durchgesetzt hatten, wurde mit dem… … Deutsch Wikipedia
Protected Mode — Der Begriff protected mode (englisch; deutsch: geschützter Modus oder Schutzmodus), bezeichnet einen speziellen Betriebsmodus der IA 32 Architektur (auch als x86 Architektur bekannt) von Intel, der seit dem 80286er Prozessor vorhanden ist. Er… … Deutsch Wikipedia
