Aa|SKI`  d# R273_hpljR, s 5 f cN74446: TabelleTitel: Table 14-1: Computation of the GCD of two numbers A and B (table 16-1)PT d{A42681: Abbildung: Figure 14-3: Waveforms for two GCD computations Fig. 16-3 b~N74446: TabelleTitel: Table 14-1: Computation of the GCD of two numbers A and B table 16-1 d536843: Abbildung: Figure 14-2: Controller realization Fig. 16-2 a c:98841: 2berschrift: 2.3 Verification Problem Presentation5(see Section 2.2 Verification Problem Presentation) a f714061: 2berschrift: 2.4 Classification of the Circuits<(see Section 2.3 Classification of the Verification tasks) b >:32005: TabelleTitel: Table 2-1: Current Benchmark Circuits table 2-1 h 22060: Title: v1.1.0v1.2.0 a .41965: 3berschrift: 2.3.4 Base Module Library)(see Section 2.2.3 Base Module Library) b 972082: TabelleTitel: Table 2-4: Schematic Drawing Symbolse table 2-3: a  !19205: 2berschrift: 2.2 Releases1(see Section 2.1 Releases)68 ae494615: 3berschrift: 10.2.2 High-Level Specification/(see Section 16.2.2 High-Level Specification)1 b  C11350: TabelleTitel: Table 2-3: Elements of the Base Module Library4 table 2-2 Fi b e32032: TabelleTitel: Table 2-5: table 2-4: d :40645: Figure: Figure 17-3:n Fig. 17-3e S b aH12516: TabelleTitel: Table 2-6: Classification of the Benchmark Circuits table 2-5on g 530609: 1berschrift: 20 2Syst (Matrix Multiplication)s section 22 e TP44928: Abbildung: Figure 18-2: Realization of a n bit Fifo element with m places (Fig. 19-2)e d C32981: Figure: Figure 18-4: Divider base module designed in CADENCE) Fig. 18-5n 2 a i#38515: 2berschrift: 3.4 Email listT(see Section 3.4 Email list)Dr ba;50024: TabelleTitel: Table 6-2: Controller transition tablee table 16-2ti d 826893: Abbildung: Figure 19-3: Fig. 20-4. eiN78653: Abbildung: Figure 6-3: Operationswerk und Steuerwerk zur ggT Berechnung (Fig. 16-1)eTi d m66149: Abbildung: Figure 19-2: Fig. 20-2i be852501: TabelleTitel: Table 6-3: FSM transition functions table 16-3 d r282967: Abbildung: Figure 17-2: Divider base module Fig. 19-1: d iS23228: Abbildung: Figure 19-1: Black box view of a word-organizedassotiative memoryr Fig. 20-3 (M f n41373: Gleichung: (14-2) equation 17-2: A f -a23790: Gleichung: (14-3) P = A B = (a0b0)+2(a1b0+a0b1)+4(a2b0+a1b1+a0b2)+8(a3b0+a2b1+a1b2+a0b3)g equation 17-3 d  539149: Abbildung: Figure 14-1: Multiplier base module Fig. 17-1r e l539149: Abbildung: Figure 14-1: Multiplier base module (Fig. 17-1)bel b  L16014: TabelleTitel: Table 14-1: Specification of the multiplier base module table 17-19- d +23265: Figure: Figure 7-2: Example waveform3Fig. 7-2 e  =39310: Figure: Figure 21-3: SYNOPSIS realization of one stage: (Fig. 21-3)ure g i30205: Heading1: 8 N-bit Adder section 9b d i624678: Abbildung: Figure 19-3: Detailed timing diagram Fig. 21-5i d b833966: Figure: Figure 18-6: Divider designed in SYNOPSYS Fig. 18-719- e f26893: Abbildung: Figure 19-3: (Fig. 20-4) (M d n=39310: Figure: Figure 21-3: SYNOPSIS realization of one stage Fig. 21-3G d H18040: Figure: Figure 21-4: SYNOPSIS realization of a complete structure Fig. 21-4 g 5"78946: 1berschrift: 16 Multiplier section 17 f 96425: Gleichung: (19-1) equation 21-114- f m61910: Gleichung: (19-2) equation 21-2L e :481019: Abbildung: Figure 19-1: Basic array structure (Fig. 21-1)- e 915816: Abbildung: Figure 19-2: Black box view of one cell (Fig. 21-2) d F/37963: Figure: Figure 18-6: Simulation waveformF Fig. 18-8 b 419819: TabelleTitel: Table 19-1: Input timing scheme table 22-167 b e=24002: Abbildung: Figure 19-2: Output variable correspondance table 22-2 b iC35049: TableTitle: Table 20-2: Example Data written into the memoryA table 20-2re g 4&83097: 1berschrift: 19 1Syst (Filter) section 21 d n481019: Abbildung: Figure 19-1: Basic array structure Fig. 22-3gur d a=24002: Abbildung: Figure 19-2: Output variable correspondance Fig. 22-21 d t>30257: Figure: Figure 20-9: Simulation wavefrom of the example Fig. 20-8n e 925374: Abbildung: Figure 19-5: Black box view of one cell (Fig. 22-4)4 f i13758: Gleichung: (19-1) equation 22-11)- f 93348: Gleichung: (19-2) equation 22-3vie d F770406: Abbildung: Figure 19-1: Black bock view of 2Syst8 Fig. 22-1n w e -96806: Abbildung: Figure 19-6: (Fig. 22-5)Tab  d n98909: Abbildung: Figure 19-7: Fig. 22-6=  e i481019: Abbildung: Figure 19-1: Basic array structure (Fig. 22-3)  d e=81847: Abbildung: Figure 19-8: CADENCE realization of a array Fig. 22-7  d 943491: Abbildung: Figure 19-9: Fig. 22-81  e n(26990: Figure: Figure 7-1: Single Pulser (Fig. 7-1)  f 96853: Gleichung: (19-3) equation 22-4: O  d e-25666: Figure: Figure 9-4: Example Simulation0Fig. 9-4 F  d i>96730: Abbildung: Figure 19-7: Cadence realization of a memory Fig. 20-7g d k735305: Abbildung: Figure 19-5: Whole associative memoryi Fig. 20-5eic d a#76422: Figure: Figure 17-1: Divider4 Fig. 18-1 (1 d -53049: Figure: Figure 17-2:0 Fig. 18-2 Fi b cJ16014: TableTitle: Table 14-1: Specification of the multiplier base module table 18-1 d /82967: Figure: Figure 17-2: Divider base modulei Fig. 18-4  d 1'10807: Figure: Figure 18-5: Output Cellc Fig. 18-6 22  d F28254: Figure: Figure 18-3: Signals of the divider base module DIVcell Fig. 18-3  b G11475: TableTitle: Table 18-2: Specification of the divider base moduleF table 18-27-  f 35522: Equation: (22-2) equation 22-2eic  e a'38981: Figure: Figure 9-3: 24 Bit AdderF (Fig. 9-3)9-  e o*20882: Figure: Figure 9-2: Carry Generator (Fig. 9-2)  e r+29652: Figure: Figure 9-1: 4 bit Base Adder (Fig. 9-1)30  g e#13496: Heading2: 10.1 Specification. section 10.2  d 2,21945: Figure: Figure 10-1: MinMax Structure Fig. 10-1d  e r%22574: Figure: Figure 10-2: LastValue (Fig. 10-2)601  e e%17137: Figure: Figure 10-3: MeanValues (Fig. 10-3)le  e  -36883: Figure: Figure 10-4: 3to4 glue logicm (Fig. 10-4)18-  d  -27357: Figure: Figure 10-5: Example waveforms Fig. 10-52  e 933927: Figure: Figure 12-1: Black box view of the arbitero (Fig. 12-1)Fi  d '13539: Figure: Figure 12-2: Cell_2_plusS Fig. 12-2of  d d<15549: Figure: Figure 12-3: Arbiter with four inputs/outputs Fig. 12-3ion  d "32021: Figure: Figure 12-4: Cell_1 Fig. 12-4F  d =11352: Figure: Figure 12-5: Example simulation with collision Fig. 12-5 d +@38306: Figure: Figure 12-6: Example simulation without collision Fig. 12-6# ! e .*11871: Figure: Figure 15-1: StopWatchCount (Fig. 15-1): F " d  )12146: Figure: Figure 15-2: Mod_6_Countere Fig. 15-27 # d 0-25694: Figure: Figure 15-3: Modulo 10 Counter Fig. 15-3F $ d  -13426: Figure: Figure 15-4: Example Waveforms Fig. 15-7r % e 4636126: Figure: Figure 15-4: Unit for 7 Segment Display (Fig. 15-5)gur & d e;40765: Figure: Figure 15-5: Overall Structure of Stop Watchr Fig. 15-6 bo ' e e+41629: Figure: Figure 15-4: StopWatchReduce3 (Fig. 15-4)r ( d SC24861: Figure: Figure 19-3: Design of one stage of the Fifo elementi Fig. 19-3 in ) d .23445: Figure: Figure 19-5:" Fig. 19-5: F * d  :22767: Figure: Figure 19-4: Design of a 5-bit Fifo element Fig. 19-4u + b oI34971: TableTitle: Table 20-1: Basic operations of the 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