Hafiz M. H. Babu - Reversible and DNA Computing
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Reversible and DNA Computing: краткое содержание, описание и аннотация
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Reversible LMH Gate.
4 Reversible RR Gate.Table 16.2 Control Inputs of a Fault‐Tolerant Reversible Left‐Shift Register.Table 16.3 Truth Table of the Fault‐Tolerant F2PG Gate.Table 16.4 Truth Table of the NFTFAG.
‐to‐
Decoder with One Constant InputTable 17.3 Truth Table of Figure 17.12 (a)Table 17.4 Truth Table of Figure 17.12 (b)
Reversible Fault‐Tolerant UPPG GateTable 20.2 Truth Table of Group‐1 PP CellTable 20.3 Different Functions of Fault‐Tolerant ALU
reversible gate. Figure 1.2 Popular reversible gates. Figure 1.3 Reversible Feynman gate. Figure 1.4 Quantum realization of reversible Fredkin (FRG) gate. Figure 1.5 The quantum representation of reversible HNG gate. Figure 1.6 Block diagram of the reversible FRG gate. Figure 1.7 Quantum representation of a reversible FRG gate. Figure 1.8 Toffoli gates as self‐reversible. Figure 1.9 Quantum cost calculation of Feynman gate. Figure 1.10 Quantum circuit of Toffoli gate. Figure 1.11 Quantum circuit of Fredkin gate. Figure 1.12 Quantum circuit of a Peres gate.
4 reversible FAG gate. Figure 2.5 Reversibility of 4
4 reversible FAG gate. Figure 2.6 Reversible FAG gate as full adder. Figure 2.7 The n ‐bit carry skip adder circuit. Figure 2.8 Single block carry skip adder circuit. Figure 2.9 Reversible CSA for single digit. Figure 2.10 Reversible carry skip circuit. Figure 2.11 Reversible partial full adder. Figure 2.12 n ‐bit CLA adder circuit. Figure 2.13 A 1‐digit BCD adder's overflow detection logic. Figure 2.14 A 1‐bit BCD adder correction logic circuit. Figure 2.15 A 1‐digit BCD adder.Figure 2.16 A carry skip 1‐digit BCD adder.Figure 2.17 Nine's complement circuit.Figure 2.18 Modified nine's complement circuit.Figure 2.19 Modified conventional BCD subtractor.Figure 2.20 CLA BCD subtractor.Figure 2.21 Carry skip BCD subtractor.Figure 2.22 Reversible nine's complement.Figure 2.23 Reversible BCD subtractor.Figure 2.24 Reversible CLA BCD subtractor.Figure 2.25 Reversible logic implementation of the carry skip BCD adder.
4 multiplications.Figure 3.2 Block diagram of a reversible HNG gate.Figure 3.3 The quantum representation of a reversible HNG gate.Figure 3.4 Symbols of the controlled‐ T and controlled‐
gate.Figure 3.5 5
5 BSJ gate and its corresponding input–output mapping.Figure 3.6 Quantum realization of 5
5 BSJ gate.Figure 3.7 3
3 MPG and its corresponding input–output mapping.Figure 3.8 Quantum realization of 3
3 MPG.Figure 3.9 Quantum analysis of 3
3 MPG.Figure 3.10 A compact quantum realization of 3
3 MPG.Figure 3.11 Block diagram of R cell.Figure 3.12 Construction of R cell.Figure 3.13 3
3 MTG and its corresponding input–output mapping.Figure 3.14 Quantum realization of 4
4 MTG.Figure 3.15 3
3 MFRG and its corresponding input–output mapping.Figure 3.16 Quantum realization of 4
4 MFRG.Figure 3.17 A Compact quantum realization of 4
4 MFRG.Figure 3.18 16
16 PPG array.Figure 3.19 Gate level diagram of a 4
4 PPG for reversible Booth's multipl...Figure 3.20 Block diagram of an
PPG for reversible Booth's multiplier.Figure 3.21 Gate level diagram of a 4
4 MOA for reversible Booth's multipl...Figure 3.22 Diagram of an n
n MOA for reversible Booth's Multiplier.Figure 3.23 (a)
MOA (b)
MOA.Figure 3.24 Critical path for an 8
8 PPG for reversible Booth's multiplier...Figure 3.25 Critical path for a 6
6 MOA for reversible Booth's multiplier....