VACETS-DICT : A Technical Dictionary Database in Computing, Electronics
  and Telecommunication by VACETS (Vietnamese Association for Computing,
  Engineering Technology, and Sciences)
  =======================================================================

  Original Author: DDo^~ Tho^ng Minh, Japan

  Project Team:

     Coordinator: 
       Bi`nh Anson, Australia

     Key Participants:
       Le^ Thanh Chung, USA
       DDinh The^' Du~ng, Australia
       Nguye^~n Tro.ng Du~ng, USA
       Pha.m Va(n Ha?i, USA
       Nguye^~n Quang Ha^n, USA
       DDa(.ng Ma.nh Ha`o, USA
       Du+o+ng Tro.ng Hie^'u, USA
       Le^ Phu.ng Long, Thailand
       Nguye^~n Va(n Mai, USA
       Tra^`n Ngo.c Tha.nh, USA
       Ly' DDa.t Tho^ng, Japan

     Network Provider:
       Le^ Va(n Trung Ti'n, USA

     Advisor: 
       DDo^~ Tho^ng Minh, Japan

  oOo

  You are welcome to make use of this database. However, it is
  the intellectual property of all participants of the project.
  Proper ackowledgement of the original author and the project team 
  should be clearly stated.

  oOo

  We welcome your comments and feedback. Please send them to:

     * The project forum:
          vacets-dict@saigon.com
  or
     * The project coordinator: 
          anson@central.murdoch.edu.au

     * Postal address: Dr Binh Anson
                       1 Parwich Rise
                       Carine. WA 6020
                       AUSTRALIA

=====================================================================

BS Set (Revision 2)
===================

babble: xuye^n a^m dda ke^nh, no'i chen nhie^`u ke^nh, ho^~n xuye^n a^m [TQ]; nhie^~u loa.n
babbling network: ma.ng xuye^n a^m dda ke^nh, ma.ng ho^~n xuye^n a^m
back: phi'a sau, ngu+o+.c, lu`i; lu+ng
back conduction: da^~n ngu+o+.c
back coupling: ghe'p ngu+o+.c
back dating: ghi la.i nga`y tru+o+'c
back end: dda^`u sau, ddoa.n cuo^'i
back feed: cung ca^'p ngu+o+.c la.i
back lash potential: ddie^.n the^' lu+o+'i ngu+o+.c
back lash: voltage ddie^.n a'p lu+o+'i ngu+o+.c
back out of: lu`i ra kho?i, ngu+o+.c ve^`
back out: hoa`n nguye^n; thao ta'c ngu+o+.c; thu? tie^u
back page: trang ma(.t sau
back panel: ba?ng ma(.t sau (ma'y ddie^.n toa'n)
back propagation: truye^`n lan ngu+o+.c [NB]
back reference: tham kha?o ngu+o+.c
back resistance: ddie^.n tro+? ngu+o+.c
back scattering: ta'n xa. ngu+o+.c
back scheduling: la^.p tho+`i bie^?u ngu+o+.c
back slash: ga.ch che'o ngu+o+.c (\) = reverse slash
back space = backspace
back stroke: chuye^?n ddo^.ng lu`i
back voltage: ddie^.n a'p ngu+o+.c
back-to-back diodes: dde`n hai cu+.c dda^'u lu+ng
back-tracking method: phu+o+ng pha'p truy ti'ch ngu+o+.c
backbone LAN (Local Area Network): LAN (Ma.ng Cu.c Bo^.) co^.t tru.
backfire: dda'nh lu+?a ngu+o+.c; pha' ngu+o+.c; pha?n u+'ng ngu+o+.c
background: ne^`n, co+ so+?, pho^ng; bo^'i ca?nh, ha^.u ca?nh; thu+' ca^'p, bo^? tro+.; u+u tie^n tha^'p
background information: tho^ng tin co+ so+?, tin tu+'c nguo^`n co^.i
background job: co^ng vie^.c thu+' ca^'p, co^ng vie^.c bo^'i ca?nh
background mode: che^' ddo^. thu+' ca^'p
background noise: tie^'ng o^`n pho^ng, tie^'n o^`n bo^'i ca?nh, nhie^~u loa.n xung quanh
background printing: in trong bo^'i ca?nh
background processing: xu+? ly' trong bo^'i ca?nh
background sound: a^m ta.p, a^m ne^`n, a^m bo^'i ca?nh
background task = background job:
backing memory: bo^. nho+' lu+u
backing out: ho^`i phu.c ngu+o+.c [NB]
backing storage: bo^. tru+~ du+. pho`ng
backing up system: he^. tho^'ng sao tru+~ du+. pho`ng
backing up: du+. pho`ng; sao lu+u (d)
backlash: khe, khoa?ng tro^'ng; do`ng lu+o+'i ngu+o+.c; pha?n xung [TQ]
backlight: a'nh sa'ng bo^'i ca?nh; chie^'u sa'ng ma(.t sau, a'ng sa'ng chie^'u ha^.u; dde`n sau [TQ]
backlog: co^ng vie^.c ddo^? do^`n; so^? dda(.t ha`ng; du+. tru+~
backplane  = motherboard = system board: ba?ng sau [TQ], ba?ng chi'nh, ba?ng he^. tho^'ng
backrolling: qua^'n ngu+o+.c
backscattering: ta'n xa. ngu+o+.c
backslash: da^'u che'o ngu+o+.c
backspace (BS): lu`i mo^.t na^'c, xo'a ngu+o+.c
backspace character: ky' tu+. lu`i
backspace key: phi'm lu`i
BACKSPACE statement: ca^u le^.nh LU`I
backtab: lu`i co^.t
backtracking: ti`m ngu+o+.c, truy ti'ch nghi.ch
backup: du+. pho`ng; sao lu+u (d/dd)
backup copy: ba?n sao du+. pho`ng
backup device: thie^'t bi. sao du+. pho`ng
backup disk: ddi~a sao du+. pho`ng
backup diskette: ddi~a nho? sao du+. pho`ng
backup file: ta^.p tin sao du+. pho`ng
backup media: mo^i the^? du+. pho`ng
backward: phi'a sau, ma(.t sau; lu`i la.i; ngu+o+.c la.i, tro+? la.i dda(`ng sau (dd)
backward equation: phu+o+ng tri`nh thu+'c lu`i
backward pointer: con tro? ngu+o+.c
backward search: ti`m ngu+o+.c
backward signal: ti'n hie^.u nghi.ch hu+o+'ng [NB]
backward signaling: ba'o hie^.u dda(`ng sau
backward substitution: thay the^' lu`i [NB]
backward voltage: ddie^.n a'p ngu+o+.c
backward wave: so'ng pha?n ho^`i
bad disk: ddi~a hu+
bad packet: go'i hu+
bad sector: cung hu+
bad track: ddu+o+`ng hu+
bad-connection test: thu+? su+. no^'i hu+
badge: da^'u hie^.u, huy hie^.u, the? nha^n vie^n
badge reader: bo^. ddo.c the? nha^n vie^n
baffle: va'n nga(n
bailment: ky' tha'c, ba?o la~nh
bakelite: bake^lit (nhu+.a)
bakelized: ddu+o+.c ta^?m bake^lit (nhu+.a)
balance: ca^n ba(`ng, tha(ng ba(`ng; ca'i ca^n
balance control: ddie^`u chi?nh ca^n ba(`ng
balanced: ddu+o+.c ca^n ba(`ng
balanced load: ta?i ca^n ba(`ng, ta?i ddo^'i xu+'ng
balanced state: tra.ng tha'i ca^n ba(`ng
balancer: bo^. ca^n ba(`ng
balancing: la`m ca^n ba(`ng
balancing weight: tro.ng lu+o+.ng ca^n ba(`ng, ddo^'i tro.ng
ball point mouse: con chuo^.t ddie^?m ca^`u [TQ]
ball printer: ma'y in tra'i ca^`u
ballast resistor: ca'i ddie^.n tro+? o^?n do`ng
ballastron: bare^te (o^'ng o^?n do`ng)
ballistic: thuo^.c dda.n dda.o; thuo^.c xa. ki'ch; thuo^.c xung ki'ch
ballistic method: phu+o+ng pha'p dda.n dda.o
balloon antenna: a(ngten bong bo'ng, a(ngten khi' ca^`u
balun: bo^. bie^'n the^' ca^n ba(`ng (tu+` va`o ddo^'i xu+'ng ra kho^ng ddo^'i xu+'ng)
banana plug: phi'ch chuo^'i
band: da?i, ba(ng, da~y
band filter: bo^. lo.c da?i
band printer: ma'y in ba(ng
band selector: bo^. cho.n da?i so'ng
band separator: bo^. pha^n chia da?i
band switch: ca'i chuye^?n ba(ng
band theory: ly' thuye^'t da?i na(ng lu+o+.ng
bandwidth: da?i tho^ng, be^` ro^.ng ba(ng ta^`n, da~y so'ng
bang-bang control: ddie^`u khie^?n kie^?u ddo'ng-mo+? [TQ]
bank: nho'm, da~y, ba(ng; nga^n ha`ng
bank memory: da~y bo^. nho+'
bank processing unit: bo^. xu+? ly' da~y
banking system: he^. tho^'ng nga^n ha`ng
banner: tie^u dde^` (co^.t ba'o)
banner page: trang tie^u dde^`
bantam tube: dde`n ti' hon
bar: thanh, ba(ng da?i; da^'u; baro+ (ddo+n vi. a'p sua^'t)
bar chart: bie^?u ddo^` thanh, bie^?u ddo^` da?i
bar code: ma~ thanh, ma~ da?i
bar graph: ddo^` thi. thanh, ddo^` thi. da?i
bare board: ba?ng tra^`n (chu+a ga('n linh kie^.n)
bare cable: ca'p tra^`n
bare conductor: da^y da^~n tra^`n
bariated cathode: a^m cu+.c phu? bari
barograph: khi' (quye^?n) a'p ky'
barometer: khi' (quye^?n) a'p ke^', phong vu~ bie^?u
barrage: trie^.t nhie^~u; chu+o+'ng nga.i va^.t
barrel: kho^'i hi`nh tro^'ng; the^? vie^n tru.
barrel antenna: a(ngten hi`nh tro^'ng, a(ngten (cosec) bi`nh phu+o+ng
barretter: bo^. ddie^.n tro+? o^?n do`ng
barrier: lo+'p cha('n, ha`ng ra`o, chu+o+'ng nga.i
barycentric coordinate: to.a do^. tro.ng ta^m [NB]
base: go^'c, ne^`n, co+ ba?n; cu+.c go^'c; cha^n; ddui; co+ so^' = radix; dda'y; dde^' (ddie^.n thoa.i); ddie^?m tu+.a; tru.; kie^`m (bazo+); kho (du+~ kie^.n); dda(.t ne^`n mo'ng (dd)
base level: mu+'c co+ ba?n
base line: ddu+o+`ng dda'y
base material: nguye^n lie^.u; cha^'t ne^`n ma.ch in
baseband: da?i go^'c
baseless tube: dde`n kho^ng dde^'
baseline: ddu+o+`ng go^'c, ddu+o+`ng kho^ng; ddu+o+`ng que't
basic: co+ ba?n, ca(n ba?n, co+ so+?
basic access: truy ca^.p co+ ba?n
basic address: ddi.a chi? co+ ba?n
basic attribute set: ta^.p ho+.p thuo^.c ti'nh co+ ba?n [NB]
basis function: ha`m so^' go^'c
basis matrix: ma tra^.n go^'c
basket coil: cuo^.n da^y hi`nh ro^?
bass: a^m thanh tra^`m
bass boost: ta(ng (a^m) tra^`m
bass-boost speaker: loa ta(ng tra^`m
bass-reflex speaker: loa pha?n tra^`m
bastard: ho^~n ta.p, ta.p cha^'t
batch: lo^; me?, lu+'a; nho'm
batch access: truy ca^.p theo lo^
batch command: le^.nh theo lo^
batch file: ta^.p tin theo lo^
batch job: co^ng vie^.c theo lo^
batch mode: che^' ddo^. theo lo^
batch operation: va^.n ha`nh theo lo^
batch processing: xu+? ly' theo lo^
batching: ddi.nh lo^
battery: bi`nh ddie^.n, a('cquy; pin; nguo^`n ddie^.n
batwing antenna: a(ngten ca'nh do+i
batwing dipole: nga^~u cu+.c ca'nh do+i
baud: bo^'t (so^' pha^`n tu+? ma~ trong mo^.t gia^y); bo^'t (ddo+n vi. to^'c ddo^. ddie^.n ba'o)
baud rate: to^'c ddo^. bo^'t, to^'c ddo^. truye^`n [NB]
bay: tu?, ho^.c; bo^.
bayonet: nga.nh lu+o+~i le^ (ddui dde`n)
bayonet base: ddui nga.nh
bayonet socket: ddui nga.nh
bazooka: bo^. la`m ca^n ba(`ng
BCD (binary-coded decimal): so^' tha^.p pha^n bie^n ma~ nhi. pha^n
beacon: ma'y ti'n tie^u/hie^.u, tra.m ti'n tie^u/hie^.u, ca'i pha vo^ tuye^'n; ti'n tie^u/hie^.u, pha vo^ tuye^'n; dda`i radda
bead: vie^n, chuo^~i ha.t
bead capacitor: bo^. ddie^.n dung hi`nh chuo^~i
bead transistor: dde`n tinh the^? ha.t
beam: chu`m; chu`m sa'ng, tia
beam angle: go'c chi? hu+o+'ng, go'c chu`m
beamwidth: ddo^. ro^.ng chu`m
bearer: ngu+o+`i ddu+a tin; bo^. tuye^`n tin, bo^. ddu+a tin (giu+~a hai thie^'t bi. tho^ng tin); va^.t cho^'ng ddo+~
bearer capability: kha? na(ng bo^. truye^`n tin
bearer service: di.ch vu. bo^. truye^`n tin
bearing: go'c phu+o+ng vi.; ddi.nh hu+o+'ng; quan he^.; o^? tru.c
beat: pha'ch
beat amplitude: bie^n ddo^. pha'ch
beating oscillator: bo^. dao ddo^.ng pha'ch
beautifier: bo^. vie^'t ro~, bo^. vie^'t ddu'ng
beavertail antenna: a(ngten hi`nh dduo^i ha?i ly, a(ngten (so'ng) bi`nh die^.n
beep: tie^'ng bi'p (pha't tu+` ma'y)
beeper: ma'y bi'p, ma'y ddie^.n lie^n (lie^n la.c ba'o co' ddie^.n thoa.i) = pager
beeper box: ma'y bi'p, ddie^.n lie^n
begin block: kho^'i ba('t dda^`u
begin column: co^.t ba('t dda^`u
begin window: ba('t dda^`u cu+?a xo^? [NB]
behave: cha.y, va^.n ha`nh (ma'y) = run
behavior: ca'ch xu+? ly', che^' ddo^.; ha`nh vi, tra.ng tha'i
bel: ben (ddo+n vi. ti? le^. co^ng sua^'t theo thang ddo^`i so^')
BEL: ky' tu+. tie^'ng chuo^ng
belief revision: duye^.t la.i ti'n nhie^.m (tri' na(ng nha^n ta.o)
bell: chuo^ng
belt: vo`ng ddai, tha('t lu+ng
benchmark: tie^u chua^?n, co+ chua^?n; ddie^?m chua^?n, ddie^?m mo^'c; kie^?m chua^?n
benchmark program: chu+o+ng tri`nh kie^?m chua^?n
benchmark test: thu+? chua^?n, kie^?m chua^?n
bend: khuy?u; cho^~ uo^'n; ddo^. uo^'n; uo^'n (d)
beryllium oxide (BeO): o^xit berili(um)
best approximation: u+'o+'c lu+o+.ng ga^`n ddu'ng nha^'t
best-fit method: phu+o+ng pha'p la('p vu+`a nha^'t
beta: be^ta, he^. so^' khue^'ch do`ng dde`n tinh the^?
bi-CMOS: cha^'t ba'n da^~n oxit kim thuo^.c bo^? xung lu+o+~ng cu+.c
bi-directional: hai hu+o+'ng, hai chie^`u
biadaptive: thi'ch u+'ng ke'p = backward learning
bias: thie^n a'p, ddie^.n a'p le^.ch; thie^n lu+u; thie^n tu+`; do+`i cho^~; le^.ch, di.ch (d)
biasing: ddi.nh thie^n; ta(ng thie^n a'p
bibliography: mu.c lu.c thu+ ti.ch; thu+ ti.ch ho.c; thu+ mu.c
biconical antenna: a(ngten hai cho'p
biconjugate gradient method: phu+o+ng pha'p thang ddo^. lie^n ho+.p song ddo^'i
biconvex lens: tha^'u ki'nh hai ma(.t lo~m
bid: ye^u ca^`u quye^`n pha't tin [NB]
bidirectional: thuo^.c song hu+o+'ng, thuo^.c hai hu+o+'ng
bidual: song ddo^'i nga^~u
bifilar: hai da^y, da^y cha^.p ddo^i
bifurcation: cho^~ re~; pha^n nha'nh/ky`; tra.ng tha'i hai nha'nh/lu+o+~ng ky`
bilateral: hai chie^`u, hai be^n, hai phi'a
bilevel resist: lo+'p ca?n hai ca^'p
bilinear system: he^. tho^'ng song tuye^'n [NB]
bill fee: ti'nh tie^`n
bill of materials: danh mu.c va^.t lie^.u, phie^'u va^.t tu+
billboard antenna: a(ngten ba?ng
billion: mo^.t ty?, mo^.t nga`n trie^.u
bimetallic: lu+o+~ng kim thuo^.c
BIMOS (bipolar  metal oxide semiconductor): BIMOS (cha^'t ba'n da^~n o^xi't kim loa.i lu+o+~ng cu+.c)
BIMOS integrated circuit: ma.ch ti'ch ho+.p BIMOS
bin: ma'y thu nha^.n; ho^.c
binary digit: so^' tu+. nhi. pha^n (0 hoa(.c 1)
binary: ddo^i; thuo^.c nhi. pha^n, co+ hai; thuo^.c nhi. nguye^n [TQ], thuo^.c nhi. ha.ng [NB]; lu+o+~ng the^?
binary integer: so^' nguye^n nhi. pha^n
binary logic: lua^.n ly' nhi. pha^n
binaural effect: hie^.u u+'ng nghe hai tai
binaural: ba(`ng hai tai
bind: lie^n ke^'t, no^'i
binder: cha^'t ga('n; da^y buo^.c; cuo^'n so^?
binit: co+ so^' hai; ddo+n vi. nhi. pha^n
binocular: ba(`ng hai ma('t
binomial: nhi. thu+'c
biochip: chip sinh ti'nh
biocomputer: ma'y ddie^.n toa'n sinh ti'nh
bioelectric: thuo^.c ddie^.n sinh va^.t
bioelectricity: mo^n ddie^.n sinh va^.t
bioelectronics: mo^n ddie^.n tu+? sinh va^.t
biosensor: dda^`u ca?m thu. sinh va^.t
biphase: hai vi. tu+o+'ng
bipolar: hai cu+.c, song/lu+o+~ng cu+.c; lu+o+~ng ha.t (mang)
biquadratic: tru`ng phu+o+ng
biquinary: co+ hai va` na(m
birefringent discriminator: bo^. pha^n bie^.t song chie^'t
biscuit: ba'nh qui
bistable device: bo^. song o^?n tha'i
bistable: tra.ng tha'i song o^?n, o^?n ke'p
bistatic scattering: ta'n xa. song pha^n [DDL], ta'n xa. do hai vi. tri' (a(ngten radda)
bit: bit (ddo+n vi. tho^ng tin; ddo+n vi. dung lu+o+.ng ky' u+'c); so^' nhi. pha^n = binary digit
bit manipulation: thao ta'c bit
bit-by-bit transfer: truye^`n bit theo bit
bit-by-bit: bit theo bit
bitmap: hi`nh cha^'m, ba?n ddo^` to^?ng ho+.p bit
bitmap display: bie^?u thi. ba(`ng hi`nh cha^'m/bitmap
bitmap font: da.ng chu+~ cha^'m (vuo^ng)
bitwise: pha^n theo bit
black and white film: phim tra('ng dden
black and white television: ti vi tra('ng dden
black body: va^.t the^? dden
black box: ho^.p dden
black hole: lo^~ dden
black mica: mica dden
black peak: ddi?nh dden
black: ma^`u dden; la`m dden (dd)
blackbody radiator: bo^. bu+'c xa. va^.t the^? dden
blackout: ma^'t lie^n la.c; cu'p ddie^.n
blank: ma^~u ke^ khai; ky' tu+ tro^'ng; khoa?ng tro^'ng/ca'ch; dde^? tro^'ng/tra('ng; xo'a (dd)
blank address: ddi.a chi? tro^'ng
blank card: phie^'u tra('ng
blank cell: o^ tro^'ng
blank character: ky' tu+. tro^'ng = space character
blank disk: ddi~a tro^'ng
blank line: do`ng tro^'ng, ha`ng tro^'ng
blank record: ba?n ghi tro^'ng
blank tape: ba(ng tro^'ng
blanking: xo'a (d)
blast: xo'a, bo^.c pha't; no^? nhanh
blasting: qu'a ta?i, qu'a ki'ch ddo^.ng; bo^.c pha't
bleed: do`ng in, nhi? ra (dd)
bleeder: bo^. pha^n a'p; ddie^.n tro+? tri'ch
blemish: hu+ ho?ng; do+
blend: pha tro^.n; ho+.p nhau; pha ma^`u (dd)
blesser: chu+o+ng tri`nh chuye^?n he^. tho^'ng = system switcher
blind: mu`; cho'i; che dda^.y
blind area: khu vu+.c mu`
blind spot: ddie^?m mu`
blind zone: vu`ng mu`, vu`ng to^'i
blink: cho+'p ta('t, nha^'p nha'y (dd)
blinking cursor: con tro? nha^'p nha'y
blinking: cho+'p ta('t, nha^'p nha'y ()
block: kho^'i; bo^., o^; con tro? vuo^ng; ti'n hie^.u cha(.n; nho'm (ddie^.n tu+?); nga(n cha(.n (dd)
block address: ddi.a chi? kho^'i
block cancel character: ky' tu+. bo? kho^'i
block check character: ky' tu+. kie^?m kho^'i
block data: du+~ kie^.n kho^'i
block device: thie^'t bi. kho^'i
block diagram: so+ ddo^` kho^'i
block gap: khoa?ng ca'ch (ky' lu.c) kho^'i = interblock gap
block ignore character = block cancel character
block length: ddo^. da`i kho^'i
block mark: da^'u kho^'i
block nesting: lo^`ng kho^'i
block parity: gia?i thua^.t kie^?m toa`n kho^'i
block prefix: tie^'p dda^`u kho^'i
block record: ba?n ghi kho^'i
block retrieval: truy du.ng kho^'i
block search: ti`m kho^'i
block signal: ti'n hie^.u cha(.n
block sort: sa('p xe^'p theo kho^'i
block structure: ca^'u tru'c kho^'i
block transfer: chuye^?n tu+`ng kho^'i mo^.t
blockette: kho^'i con
blocking factor: he^. so^' ke^'t kho^'i
blocking layer: lo+'p cha(.n
blocking: kho'a; cha(.n; ke^'t kho^'i
blocksize: co+~ kho^'i; co+~ kho^'i kie^.n
blow: tho^?i, qua.t
blow up: pho'ng lo+'n, pho'ng dda.i, khue^'ch tru+o+ng; no^?
blower: ma'y tho^?i
blue (electron) gun: su'ng ddie^.n tu+? ma^`u lam
blue phosphor: la^n tinh ma^`u lam
blue primary: ma^`u lam co+ ba?n
blurred picture: hi`nh nho`e
blurred: nho`e
board: ba?ng; ba`n
bobbin: cuo^.n ca?m; cuo^.n da^y; lo~i
body: tha^n; va^.t the^?
boilerplate: ma^~u ddie^`n
bold italic: dda^.m nghie^ng (chu+~)
bold: dda^.m (chu+~)
boldface: ma(.t chu+~ dda^.m
bolometer: bu+'c/phu'c xa. nhie^.t ke^' [TQ], bo^lo^ ke^'
bomb: bo? bom
bomb out: bi. hu+ to^'ng ra
bombardment: ba('n pha' (d)
bond: lie^n ke^'t, da'n di'nh, ke^'t no^'i
bonding: su+. ke^'t no^'i
book: sa'ch; ta^p; ddo+n vi. lua^.n ly'
book size personal computer: ma'y ddie^.n toa'n ca' nha^n kho^? sa'ch
book-keeping = bookkeeping
bookkeeping: ke^' toa'n; no^.i di.ch (va^.n ha`nh tie^n kho+?i)
Boolean: thuo^.c Boole, lua^.n ly'
Boolean algebra: dda.i so^' Boole, dda.i so^' lua^.n ly'
boom: ca^`n/gia' treo (o^'ng no'i)
boominess: co^.ng hu+o+?ng cu?a ho^.p
boost: ta(ng, khue^'ch dda.i (d)
booster: ma'y ta(ng a'p; bo^. ho^~ tro+.; bo^. tie^`n khue^'ch dda.i a(ngten
boot: na.p chu+o+ng tri`nh mo^`i, kho+?i ddo^.ng he^. tho^'ng
boot disk: ddi~a kho+?i ddo^.ng
boot sector: cung kho+?i ddo^.ng
booth: pho`ng, buo^`ng
bootstrap: ma.ch tu+. na^ng; chu+o+ng tri`nh mo^`i, chu+o+ng tri`nh kho+?i ddo^.ng
bootstrap memory: bo^. nho+' mo^`i
bootstrap program: chu+o+ng tri`nh kho+?i ddo^.ng, chu+o+ng tri`nh mo^`i
bootstrapping: ma('c ma.ch tu+. na^ng; tu+. na^ng; na.p chu+o+ng tri`nh mo^`i
border: vie^`n, khung
boreal pole: cu+.c ba('c = north pole
borocarbon resistor: ca'i ddie^.n tro+? ba(`ng than = boron resistor
boron resistor: ca'i ddie^.n tro+? bo (Br)
bottleneck: ddu+o+`ng he.p; tro+? nga.i; va^.n ha`nh gio+'i ha.n
bottom: dda'y, pha^`n du+o+'i; la`m dda'y (dd)
bottom up: tu+` du+o+'i le^n
bottoming: ta^.n da'y, ddu.ng dda'y
boucherization: ta^?m go^~ ba(`ng sunfat ddo^`ng
boucherizing = boucherization
bound: gio+'i ha.n; ha.n che^'; ha.n ddo^.; ra`ng buo^.c
boundary: gio+'i ha.n, bie^n gio+'i
box: ho^.p
bps (bits per second): bps (bits mo^~i gia^y)
brace: thanh cho^'ng; cho^'ng (dd); gia cu+o+`ng (dd)
braces: da^'u ngoa(.c o^m
bracket standard: ti'nh va.n na(ng, ti'nh ke^'t ho+.p nhie^`u tie^u chua^?n [TV]
bracket: da^'u ngoa(.c; thanh cho^'ng
braid: te^'t, be^.n (dd)
braided wire: da^y te^'t
brain: bo^. na~o; tri' tue^.
brainstorming: ddo^.ng na~o, tha?o lua^.n go'p y'
brake: ha~m, tha('ng, phanh
branch: nha'nh (re~), ca`nh; nga`nh; dda.i ly'; re~ nha'nh (dd)
branch-and-bound algorithm: gia?i thua^.t pha^n nha'nh va` gio+'i ha.n
branching: re~ nha'nh
brass wire: da^y ddo^`ng thau
braun tube: o^'ng tia ddie^.n tu+?
braze: ha`n gia nhie^.t, ha`n va^?y
bread board: ba?ng thu+? (ma.ch ddie^.n), ma.ch ddie^.n thi' nghie^.m
break: ca('t, nga('t, mo+? (d); co^ng ta('c; khe to^'i thie^?u; mo+? ma.ch thi`nh li`nh; ca('t, nga('t, mo+? (dd)
break contact: tie^'p ddie^?m ca('t, co^ng ta('c nghi?
breakdown: dda'nh xuye^n/thu?ng; hu+ ho?ng, su+ co^'; ddu+'t; suy gia?m; dda'nh xuye^n/thu?ng (dd)
breaker: ca'i ca('t ma.ch, ca^`u dao, ca'i nga('t ddie^.n
breaking device: thie^'t bi. nga('t
breaking: ca('t, nga('t (d)
breakover point: ddie^?m vu+o+.t qua
breakpoint: ddie^?m ca('t, ddie^?m du+`ng, ddie^?m gia'n ddoa.n
breakup: vo+~ (d)
bremsstrahlung: bu+'c xa. ha~m
bridge: ca^`u; ca^`u ddo; ba('c/no^'i ca^`u (dd)
bridge circuit: ma.ch ca^`u
bridge network: ma.ng (hi`nh) ca^`u
bridge transformer: bo^. bie^'n ddie^.n hi`nh ca^`u
bridgeware: chuye^?n kie^.n, chu+o+ng tri`nh ba('c ca^`u
bridging: re~ ma.ch; no^'i ta('t
briefcase computer: ma'y ddie^.n toa'n bo? ca(.p
brightness contrast: tu+o+ng pha?n ddo^. cho'i
brightness control: ddie^`u chi?nh ddo^. cho'i, kie^?m soa't ddo^. cho'i
brightness: ddo^. cho'i; sa'ng
brilliance: cho'i (d); ddo^. cho'i
brittle program: chu+o+ng tri`nh phu. thuo^.c ma'y
broad: ro^.ng
broadband: da?i so'ng ro^.ng
broadcast: pha't thanh hoa(.c truye^`n hi`nh, qua?ng ba'
broadcast band: da?i so'ng qua?ng ba', ba(ng ta^`n qua?ng ba'
broadcast program: chu+o+ng tri`nh qua?ng ba'
broadcast(ing) station: dda`i qua?ng ba'/pha't tin
broadcaster: nha^n vie^n qua?ng ba'; ngu+o+`i pha't thanh hoa(.c truye^`n hi`nh
broadcasting: qua?ng ba', pha't thanh hoa(.c truye^`n hi`nh
broadening: mo+? ro^.ng, no+'i ro^.ng (d)
broadside: be^n ho^ng/ca.nh, bie^n
broadside radiation: bu+'c xa. ngang
broken: ga^~y khu'c, ga^'p khu'c
broken circuit: ma.ch ho+?, ma.ch ddu+'t
broken line: ddu+o+`ng ga^~y
broker: ngu+o+`i mo^i gio+'i
brownout: du`ng ddie^.n ha.n che^'
browse: ddo.c lu+o+'t
brush angle: go'c cho^?i
brush: cho^?i; ca^y co.
brush contact resistance: ddie^.n tro+? tie^'p xu'c cho^?i (ddie^.n)
brute-force technique: ky~ thua^.t cu+o+~ng che^'
BS == backspace
bubble: bo.t, bong bo'ng, ky~ thua^.t chuo^~i bo.t (tu+`)
bubble chip: phie^'n tinh the^? bo.t, chip bo.t
bubble memory: bo^. nho+' (loa.i) bo.t (tu+`)
bubble sort: sa('p xe^'p theo chuo^~i bo.t
bucket piston: pitto^ng chu.p (xuo^'ng)
bucking coil: cuo^.n da^y ddo^'i
bucking voltage: ddie^.n a'p bu`
bucking winding: cuo^.n khu+? tu+`
budget forecasting model: ma^~u du+. ddoa'n nga^n sa'ch
buffer area: khu vu+.c dde^.m
buffer memory: bo^. nho+' dde^.m, bo^. nho+' trung gian
buffer storage: bo^. tru+~ dde^.m, bo^. tru+~ trung gian
buffer: bo^. dde^.m, ta^`ng dde^.m
buffered channel: ke^nh dde^.m
buffered interface: giao die^.n dde^.m
buffering method: phu+o+ng pha'p dde^.m
buffering: chuye^?n hoa'n dde^.m; o^?n xung
bug: con bo.; lo^~i, sai so't
bugging: la`m qua^'y ra^`y, ta.o phie^`n nhie^~u; dda(.t ma'y ghi a^m bi' ma^.t
buggy: dda^`y bo., dda^`y lo^~i
build-in font table: ba?ng da.ng chu+~ co' sa(~n
build-up time: tho+`i gian ta(ng tru+o+?ng, tho+`i gian thie^'t la^.p
building block principle: nguye^n ly' ke^'t kho^'i
building block: kho^'i ho+.p nha^'t, kho^'i ca(n ba?n
built-in check: kie^?m tra tu+. che^'
built-in font: da.ng chu+~ ca`i sa(~n
built-in function: co+ na(ng ca`i sa(~n; ha`m ca`i sa(~n
built-in: ga('n va`o; co' sa(~n, no^.i trang
bulb: bo'ng dde`n; ba^`u thu?y tinh; o^'ng (ha`n thu+? bie^?u); hi`nh cu?
bulk: kho^'i; lo+'n; so^' ddo^ng
bulk current: do`ng kho^'i
bulk delay: tre^~ kho^'i, ddi`nh tre^. chung
bulk eraser: bo^. xo'a du+~ kie^.n, dda^`u xo'a du+~ kie^.n = degausser
bulk lifetime: tuo^?i tho.
bulk memory: bo^. nho+' loa.i lo+'n
bulk processing: xu+? ly' go^.p
bulk storage: bo^. tru+~ lo+'n
bullet: vie^n dda.n; da^'u cha^'m to o+? dda^`u ha`ng
bulletin board system (BBS): he^. tho^'ng ba?ng co^ng ba'o
bulletin board: ba?ng co^ng ba'o
bump: ddu.ng ma.nh
bumper: ca'i ca?n
bunch: nho'm; nho'm la.i; tu.
buncher: ho^'c tu. nho'm; bo^. ke't chu`m
bunching: tu. nho'm (d)
bunching factor: he^. so^' tu. nho'm
bunching voltage: ddie^.n a'p tu. nho'm
bundle: bo', chu`m, ca? bo^.
bundled: ca? bo^. (gi'a ba'n)
bundled software: nhu lie^.u ke^'t bo'
Bunsen photometer: quang ke^' Bunsen
bureautics: ky~ thua^.t va(n pho`ng
buried: cho^n, nga^`m (du+o+'i dda^'t)
buried cable: ca'p cho^n, ca'p nga^`m (du+o+'i dda^'t)
buried layer: lo+'p nga^`m
burn-in: ddo^'t thi' nghie^.m, kie^?m nghie^.m vba(`ng nhie^.t ddo^. cao
burn-in period: tho+`i gian cha.y thu+?
burn: ddo^'t cha'y (dd)
burning: ddo^'t cha'y, thie^u hu?y
burnout power: co^ng sua^'t thie^u cha'y
burnout: cha'y; cha^.p ma.ch
burst: no^?; ti'n hie^.u (xung); cho+'p sa'ng; tu+`ng loa.t, tu+`ng kho^'i
burst duration: tho+`i khoa?ng cho+'p ma`u (xung)
burst signal: ti'n hie^.u cho+'p (ma^`u)
bus: buy't, bo^. no^'i, ma.ch no^'i
bus architecture: ca^'u tru'c ma.ch no^'i
bus controller: bo^. ddie^`u khie^?n ma.ch no^'i
bus interface: giao die^.n ma.ch no^'i
bus line: da^y trong ma.ch no^'i
bus multiplexing: dda ke^'t ma.ch no^'i
bus network: ma.ng lu+o+'i ma.ch no^'i
bus protocol: nghi thu+'c ma.ch no^'i
bus system: he^. tho^'ng ma.ch no^'i
busbar: thanh no^'i ddie^.n (dde^? no^'i ca'c ddie^?m cu`ng mo^.t ddie^.n the^')
business: co^ng vie^.c; doanh nghie^.p, kinh doanh
business computer: ma'y ddie^.n toa'n kinh doanh
business game: tro` cho+i kinh doanh
business graphics: ddo^` ho.a kinh doanh
business software: nhu lie^.u kinh doanh
busy: ba^.n [ddie^.n thoa.i]
busy flag: co+` ba^.n
busy line: ddu+o+`ng da^y ba^.n
busy relay: bo^. no^'i ddie^.n ba'o ba^.n
busy signal: ti'n hie^.u ba'o ba^.n
busy testing: thu+? ba^.n, thu+? chie^'m da^y [DDL]
busy tone: a^m hie^.u ba^.n
butterfly circuit: ma.ch bu+o+'m
button: nu't; nu'm
buzzer: ma'y con ve
buzzer call: go.i re` re`
buzzer signal: ti'n hie^.u re` re`
by-path: ddu+o+`ng re~; ma.ch re~
bypass: ddu+o+`ng vo`ng (song song); ddi vo`ng (dd); bo? qua (dd)
bypass capacitor: bo^. ddie^.n dung vo`ng
byte: bai (8 bit)
byte pointer: con tro? bai
byte stuffing: nho^`i bai
byte synchronization: ddo^`ng bo^. bai
byte-addressable: ddi.nh vi. bai ddu+o+.c
byte-addressable storage: bo^. tru+~ co' the^? ddi.nh vi bai
byte-aligned: xe^'p theo bai
zzzzz end of BS Set zzzzz