HITACHI LYA100A¼Ò¶ô¥iij»ù
HITACHI LYA100A¼Ò¶ô¥iij»ù
HITACHI LYA100A¼Ò¶ô¥iij»ù
HITACHI LYA100A¼Ò¶ô¤Þ¸}½u
HITACHI LYA100A¼Ò¶ô¹q¸ô¹Ï
HITACHI LYA100A¼Ò¶ô½u¸ô¹Ï
HITACHI LYA100A¥\¯à¼Ò¶ô¤Æªº®Ú¾Ú¬O¡A¦pªG¤@Ó°ÝÃD¦³¦hÓ°ÝÃD²Õ¦X¦Ó¦¨¡A¨º»ò³oÓ²Õ¦X°ÝÃDªº´_Âøµ{«×±N¤j©ó¤À§O¦Ò¼{³oÓ°ÝÃD®Éªº´_Âøµ{«×¤§©M¡C³oÓµ²½×¨Ï±o¤H̼֩ó§Q¥Î¥\¯à¼Ò¶ô¤Æ¤èªk±N´_Âøªº°ÝÃD¤À¸Ñ¦¨³\¦h®e©ö¸Ñ¨Mªº§½³¡°ÝÃD¡C
HITACHI LYA100A¥\¯à¼Ò¶ô¤Æ¤èªk¨Ã¤£µ¥©ó¡P¨î¦a¤À³Î³n¥ó¡A¦]¬°ÀHµÛ¥\¯à¼Ò¶ôªº¼W¦h¡AÁöµM¶}µo³æÓ¥\¯à¼Ò¶ôªº¤u§@¶q´î¤Ö¤F¡A¦ý¬O³]p¥\¯à¼Ò¶ô¶¡±µ¤f©Ò»Ýªº¤u§@¶q¤]±N¼W¥[¡A¦Ó¥B·|¥X²{·N·Q¤£¨ìªº³n¥ó¯Ê³´¡C
HITACHI LYA100A¦]¦¹¡A¥u¦³¿ï¾Ü¦X¾Aªº¥\¯à¼Ò¶ô¼Æ¥Ø¤~·|¨Ï¾ãÓ«Y²Îªº¶}µo¦¨¥»¡P¤p¡C
HITACHI LYA100A The basis of functional modularization is that if a problem is composed of multiple problems, the complexity of the combined problem will be greater than the sum of the complexity of the problems when they are considered separately. This conclusion makes people willing to use functional modularization methods to decompose complex problems into many easy-to-solve local problems.
HITACHI LYA100A The functional modularization method does not mean unlimited division of software, because as the number of functional modules increases, although the workload of developing a single functional module is reduced, the workload required to design the interface between functional modules will also increase, and there will be Unexpected software bugs.
HITACHI LYA100A Therefore, only by selecting the appropriate number of functional modules can the development cost of the entire system be minimized.
6RA7081-6DV62-0
6AV7863-2TA00-0AA0
PPC-5190A-H61
ABB KUC711
IC697CPU780
6ES7 613-1SB02-0AC0
ATV66D46N
ATV61HC16N4
IC695RMX128-EG
ATV66D16N4
489-P5-HI-A20
6AV3688-3ED13-0AX0
MDS60A0040-5A3-4-0T
ADV169-P
ADV569-P
SPMC1402
6181P-15A2MW71DC
EXP126-0A
E0451-521-094
USAFED-09CS10E
USAFED-30C220E
PXM20-E
HMS01.1N-W0350-A-07-NNNN
5X00453G01
KJ2201X1-PW1
3BHB017688R0001
5484-803
SNT4LP03K
HMCP600L6W
3BHB005243R0117
FOCH0610-70
6SE7032-7ES87-2DC0
6SL3353-1AE41-3FA0
R750XS
3HAC044361-003
3HAC043090-003
3HAC043569-004
3HAC043963-001
3HAC043134-001
3HAC029034-004
DSQC679¥Ü±Ð¾¹3HAC028357-001
¥î¼w¨U¼w9907-175
A20B-8201-0020/08B
A20B-8201-0020
TD-075CE-200AC-G20M-5U-J
3BSE031155R1 BC810K02
PM867K01 3BSE076355R1
DH361URK
DH362URK
DH363URK
DCS800-S02-0450-05
C53207-A351-D678-1
6SL3984-6DX10-0AA0
TPS10A160-NFO-503-1
6SL3225-0BE37-5AA0
6SL3120-1TE26-0AA3
C400/10/1/1/1/00
A290-7329-T515
SGMG-09ASAL-MY1
CP9200SHCPU
CIMR-P5U20370F
CIMR-G5M-5037
MPMAE2S4
PC-1250-1042
VT130G3U435K
TSX-RAM-25616
TSX-P47-425
LA9-B102
TDS460A
40054P-7019
WFC4040-0CHT
6014BZ10000E
8055-SCP-453
8020-SCP-724
USART-86-INT
MC47LR121200LCM1
MHL3670035DC2351
8803-P00CO4M
DCD-120-4K
6SE6430-2UD37-5FA0
6SC9811-4BC20
6EW1-890-2AC
6ES5-944-7UB21
6ES5-581-1EA11
6ES5-526-3LF11
6AV7-613-0AB10-0BF0
S-6R9009
S6R-9006
803456-51R
802220-12RG
6754748-BH-T1
6693885-M6-T1
45C-15C
01KS504852B-EA
USASEM-15YRS11
PK-M909-002
PC-L984-785
AS-P420-61M
110-CPU-612-04
HC-H702S-A42
FR-A740-75K
A273-UH-CPU
BPH1902N5AF2CA1
TDM32020300W0
TDM1-2-050-W1
MDD112B-N-040-N2L-130PA0
MAC90C0G4C110A1W
KDS13100300W1S10
KDS11100300W1220
HDS032W100NHA011
DKC110303FW
CCD011KE1901FW
CIMR-P5U2037
FF-SEDGE6G2-1
502-03814-40R1
M236-H60A-300S
DS3820MSAB1A1A
DS3810MMAC
DS3800NRTB1A
DS3800HSAA1U1N
7486D52G3
531X210DMCAMM1
125D4413G3
0621L0429-G001
04019J47G0001
6KDV3224Q2B20
IC646MPP101
SS7B481MDO
DX8200-2100
SVX030A1-2A1N2
SV9015AC-5M0B00
1C17653G05
MPM1902FRMM-963
OETL-NF1600SW
E3N32FAHOA00EXX
SP-502979
SA3100-B010-AE-L6R
MPL-B560F-MK24AA
8520-ETCP
8500-E1F-K1B
6160-PCN1
570-DOB-47
5370-CVIMC
2711-PK12C4D1
2711-K9A2
2711E-T14C15
2711-B5A20
2098-DSD-HV220-SE
1785L20C15F
1784-T37AC
1774-RP3
1771-IR
1756-RM
1756-L62
1755-L1
150-B54NBDB
150-A97NB-NA
1395B72D2P12P51X
1395-B72-C2-P10-X1
1395-B65-D1-P50-X1
1392-B075-RH-MC-B-F2
1336VT-B030-EOR-L3-S1
1336TR003AAGT3EN
1336S-B050-AA-EN4-HA2-L6
1336SB030ANEN5
1336-BDB-SP20D
1326AB-C4C-11
1326-ABC2F-11
1326ABB740C21MK7
1326ABB430E21K4L
1326ABB2E11A5
¿Ý¤½¦w³Æ 41010502000017¸¹