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Solution Manual For Computer System Architecture, 3rd Edition

Solution Manual For Computer System Architecture, 3rd Edition is your textbook problem-solver, offering clear and concise solutions to difficult questions.

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    Solutions Manual Computer System Architecture

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    Downloaded from StudyXY.com ® + StudyXY Sd Ye. o> \ | iF ’ pr E \ 3 S Stu dy Anything This ContentHas been Posted On StudyXY.com as supplementary learning material. StudyXY does not endrose any university, college or publisher. Allmaterials posted are under the liability of the contributors. wv 8) www.studyxy.com

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    TABLE OF CONTENTS CHAPTER Tet teeeeeasaseasasnnaenssossscsssasnsasasasanssssasl CHAPTER AANA RRR RDU SIS CHAPTER Be eeeeaeoessnnnanaccasansssssssasasasnasasssesssssld CHAPTER Beet teeeneeaseassasacaasessassacsassnonassseacesslB CHAPTER eeeeecocncoseosasnnssssnssssnsocsssoncsssassssees2d CHAPTER FARR Nc Kc | CHAPTER Tv eevee econnnnnasaseeascanaesnsanossaasssssnsessadd CHAPTER BeteeeeeeeennenseeeasascnccensneseannasasasessessSl CHAPTER I FA RR 1U CHAPTER 20 esses ensecaseseesaaneseossanssenonassnsaaaassssbl CHAPTER Td eeeeeeeeeooanesesesaasesesacasenensnsasnssaasss.80 CHAPTER LF PUPP - CHAPTER 13 se eeeeereeansaseaasacacssccsnnsseasnreasceesesss94 Vv

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    CHAPTER | 11 pee | AB (abe Tr &'[c’| Atere’ ooo a I A ool] © ee ——] o 1.0 a — oI 1 + vile To 11 LO I EE Ea Lol o | 1 | oT ] ( eters Vr | o JlofeJe[ © ] =2 TT OABRC [ABB | ABRG®C [el exe) [e] [©] ool o \ [22] 7 \ | Oo | \ 100 | 9 [em | o [E-R o oy 0 | 1-3 @ A+AB = A+B) =A (5) AR +AB = A (B+RY=A © Asc +n =c (Heth) =C (ABR =G+B)C (AYABTABC +ABC = AB +AB (ce) = AR+AR= =R(A+N = 3 1-4 (® AB + AEDFCDY = AB+AC (D3D)=A (Bt) (5 Bev AD) (AB) = = ABR + HARD +RCE/D'+ALYD =O 2) © oT 1

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    1251) (A+) (Kee!) = (Hah) (h8) =O (5 A+ AR+RB = A+ K (BB) = Ah =1 Lb F=xipr xg ORs (eg) (oy 3) = XY ry R57 1 = (xine ny = g'r¥3 (&) =F! =r +143)(¢'rx3)=02070r0=0 (© Freely ryy-glog iD =/y vg (ry tp (y= XY =gUusg= gry =! atl Ey ri) = (by Taxyltuy'st %73 00D © : To plo o oll o FE 100 © POH] { [io] o CE © SAVERY SNE) (dy Sane 25 (2) = (ex) xg (47) 4 J) x ao = 7 2

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    1-8 —f— 3d © [TD] 7 [Ein Simo IY NT P Faxon F= y+ x3 (©) —— () —F— TI] © Aap (OED WDE Fenglaeay cece A'S 1-9 . c © TIM] BCI cE PR I (EEE Nain HERE HED F= sepa MBS Sena asce ABD [5 d Cc Cc _ —t— CEE CE Le iE Ee jc HE C 5, (Am Tb res oer nah F=8D+ sel 3

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    1-10 t= Li Q idem nnnE == DOE oyE= %y+3! —— F's 51 (1) F= AC+CD+8D N= = Ta lye I = (RADY (oD) (ARC GF =(x=3) (+3) By = (AD) (cD) (73) =n & (@ 6S) IQ « HERE ig ood AD = F=8'bs A3/ AC 1-12 c A J ST c 2 NE CL, i= He @ i= mle Ad-Bbl-83 GT] De no FE OE ERD) FT 4

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    1-13 —— MITC] @ F= «5+ w'3 IIe =Fr3)030) dre Sle 7 EH sedge yyenyyiensy = x31 43) + X(YF1I3) cee Fy 1-2 = vite 4 t (ao fe at siiz NOR) = X@YD 1-15 d E) NEN . _ 32ers Ho 58 [100] 189.1% ms hel FErETRTS aL) sovlees (LLL) TTT oi Poo —F i i Too ol! ARRFRAS Ri Fe xoyey 10) {100 1 Ra NE . a 1 4 2dder S 3 gy $1 | Doe By inspection rE. El

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    1-17 whey D=o; 720 K=| &—>0 D Ta , Whey D=p 1 T=1, k=0,@=1 K I-18 See text, Section 1-6 for detiyation, - ! . — 1-4 Dp=Xy + 7h; Dg=XBr xh 3=B crock Fo a T= Ao ar Oo he] (6) a. —1 +p 4 B ne (5 Present west : tate Tupols hate sult AD * AB [oe] oO 0 o Q o1 ] 00 ie) [2] 2) 00 Ti 0 [2] . ol 00 [01 T oy Ol [I f gr 09 1 fea R Tp 00 0 0 Io 01 I 0 10 [e) [I o 10 [I [ i [) oi 1 1 fo) [I [ TT Ne) 1 TT I A [I i 6

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    1-20 pr A T= Ka=% CL Jg= Ke =t'y = 5 8) ORT clock 1-21 count up-down inary covelee win enable = ER Ae AB Ex | AB | Tat Jekn —E Ea EEE A HED ym se ol I BR] © oo [ol [7 x XQ f i ae esa EHDA oN re ! MAA 1 0 00 Lg PREVES a j= io [10 [ x0] 25 Geox <'x)E Ate Ts gees xx] [I | mone REE Bd | Ll A maT 1 m = 8 Cd I! 7] z_ J -— fe — i k= (BreBX)E IE HE NEE EE [ESE EPS, Ea Kg = EB

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    CHAPTER 2 2-1 TTL Tc TG Teverters —2 pins each 12/2=6 gales 7404 (b) 2-\put OR-3 pins each 12/3 =ugales 7486 (€) 3-ipk OR = 4 pins eae [2/4 = 3 gales (ly 4-lupt AND - 5 pivs each 12/5 294fes Biv (©) 5- mpl NOR - 6 pins each 13/6 = 2galks Epos ($y g-ngut WANS —Gpine I 92k jo (9) T% Lhp-dlop = 6 pris wh 12/6 =a FFs 7% 2-2 (3) 74155 = Similar foo decoders 25 in Fig 2-2, (5) 7415 7- Similar To mudliplexers of Fg. 25, (c) 74194 = Similar fs regishor of Fig 2=4. @) 74163 Shallar fo eoulor of Fig, 2-11, 2-3 IY ELE) v3 ? i: TE dd bbs bs A Ay ‘ ax] +0 2x8 g ) PL 2-D deo 3 HH dete 5 ois is 3,8 {8 san detodsr >. Dyy |B 3x8 | & decades Dba 8

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    2-4 A 7 0 D,= (ATA = ApoE D(A hor gy= BoE D(H ho te) AoE c he (Me Kr ED=A AE 2-5 Remove the fwverfer from the put in ERIE) 6 2 26 4) A 18 all wpols equal © ps2 © sf only D,=1 8 2 A the oofpots As A R000 Needs one wore oft 2, . t recognize fhe all ops \npy condition, 21 ’ gg——— p— 56 A 0 MUX ey I = pam $ 6 S H 2%) . © Mux by Bx go” Mx q 1 [4 3 Y 24 1% 5 M6 5—1 3

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    zg + z 515, YaYa sec 5 50 | AsBo Ao Dual oo MB In J» 4x1 Yoo Vo hss = mx LL] AsBs B oy o x Fonchion Table [5 FE) 5 By 2-9 , . Parallel load Cloe Clock pulses To Register n I Fg. "p70 pp As Is x2 When the parallel load inpit= the clodk pulses go Frog h the BND gate 20d the data tneols are loaded uh te iste When the 22(allel load inevt =0, The oofyst of re ANY Jake ewoing at 0, 2-10 The buffer gale does not perform bogie, Ttis used for signal 2welitication of fhe clock input, z= Load: p & fo Ig >c lear —| — . Load Clear D Operation One <fage of 0 © be) To change Regisfer Fi. co + 0 clear o 0 |X Ip load Io Fonclion Table 10

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    2-12 Taput Life ashi (eqister | TTT 110) « Iadial valve cio 10 aN! | Vout o> 101 —=o io 1 0d 2-13 - Serial transfer: Ore bit al 2 fine by shifTing. Parallel fraser: AN bis of the same Time, Input sevial dats by <hifting- ouput dala in parallel. Topo dale with paraliel load — Outpt d2Tz by shifting. 2-14 2-15 EI | So” —: ER Ser a R Ze, In o Fg. te - Wf = Al I 7 13 3 ein $ As 3 left 9.001% 9 wll 1x clock TT Powel HI clear 2:16 (nH; A 2-11 . fort Figen Wit Ga blot Lop 2 [eax ty toad | Fig oll [Ear cleal TT Stage | 22s 9 A 21 Clock 24 Tp ne«t | lock stage I+ 11

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    2-18 A§ler the count CH] Yeaches N-1=1001 the. vegisfer loads poo0 : A 1 t FY, a- from Meus R 2 ci #2 clo 219 TTT Nddfess Data (Daxrib=2"<16 ines Ta (bY LHL x8 =2'8 1 16 8 © 1bM332=2232 24 3% Ad) 4G =F%ey BA G4 2-20 ——(ayak+a= 4k = 4096 byks (5) gk 1 =64k= 20 byks (© Mey = 236 bys (4 233 = 23 byks 2:20 4p9bxlb _ 2x2? _ 6 , EE ra rre 2°= 64 hips 2-22 R 222 5 impos common Ball chips 10 Q < 50 0 — s POUT — " == » a0 . . EN EN aN EN 3x8 3318 3x8 2axy ROM ROM ROM RO 3 g sfpils 3 I 8 _2 RN zy wgels +2 enable wouls +8 dah sils +R for power == a4 plns 12

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    CHAPTER 3 3-1 (oo), = 22 43+U+2=406 (110101), = 64 +32+ br 41 = "7 (noo 100), = 256+ 128+ 32+ 16+ = 436 3-2 (12121), = 3% 2x334 324 2:34) = 81 +54 +9 +6+1=15] (H310)g= UvS2 43x53 5 = 50p + 75+ 5 = 5I0 (50), = 5x7 =2385 (198), = 125+ Ax1248 = [44 7108+ 8 = 260 3-3 1231), = 1024+ 128 +4 +1 522% ede Sr raci=(1001000Y io ; (673),5= S12 +138 +3 2+ = 295% 251 = (1010100001) (1998),5= 1024 tSIREASLHIASF 6H +8 +4 +2 = 20 + 2% + 28% + 27 Fab 1324572210010), 3-4 (7562)=(16¢/2)4 (1338, = (7721, (178), = (toto 1)2 3-5 F3A7CR),, =(111 coil 1oto Ol 1100 0010)5 ie = (74723702)8 3-6 (x3 10x +31), =[(x-) (x8) 1 = K3=(5+8), x + (40), * There fore (10), = 43), Y=13 Also (31) = 3x13 +1 =(40), (r=13) 13

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