Synthesis and Optimization of Digital Circuits
We use this idea (coding  simulation  synthesis  simulation) to testall of the examples in this tutorial.
Synthesis and Optimization of Digital Circuits by …
AB  While digital circuit designs are now fully automated and can be delivered extremely quickly, the analogue part of a typical ASIC still needs to be designed manually. This paper discusses a way forward to overcome one of the obvious difficulties in analogue synthesis namely the lag in the development of appropriate synthesis methodologies to support mixedsignal ASICs. The recent emergence of VHDLAMS has enabled highlevel analogue descriptions to be synthesized into hardware automatically. An example of synthesis and optimization of a 1 GHz VLSI LC bandpass filter is presented based on identification of synthesizable constructs from a VHDLAMS parse tree.
Syllabus
1. Digital logic and integrated circuits.
2. Design process and technology styles.
3. Prerequisites review: Combinational and sequential circuit design.
4. Datapath circuit design and optimization using polynomial algebra.
5. Basic theory: set and graph concepts.
6. Timing analysis and functional simulation.
7. Formal verification
8. Boolean algebras. Relations. Lattices. Algebra of Boolean functions.
9. Cofactors. Boole/Shannon theorem. Binary decision diagrams (BDDs).
10. Twolevel optimization. Cube representation. Unate functions.
11. Multilevel optimization. Algebraic division methods.
12. Finitestate machines and sequential circuit optimization.
13. Contemporary topics in digital logic.
HighLevel Synthesis of Digital Circuits  ScienceDirect
AB  Traditional digital circuit synthesis flows start from an HDL behavioral definition and assume that circuit functions are almost completely defined, making don'tcare conditions rare. However, recent design methodologies do not always satisfy these assumptions. For instance, thirdparty IP blocks used in a systemonchip are often overdesigned for the requirements at hand. By focusing only on the input combinations occurring in a specific application, one could resynthesize the system to greatly reduce its area and power consumption. Therefore we extend modern digital synthesis with a novel technique, called SWEDE, that makes use of extensive external don'tcares. In addition, we utilize such don'tcares present implicitly in existing simulationbased verification environments for circuit customization. Experiments indicate that SWEDE scales to large ICs with halfmillion input vectors and handles practical cases well.
N2  Traditional digital circuit synthesis flows start from an HDL behavioral definition and assume that circuit functions are almost completely defined, making don'tcare conditions rare. However, recent design methodologies do not always satisfy these assumptions. For instance, thirdparty IP blocks used in a systemonchip are often overdesigned for the requirements at hand. By focusing only on the input combinations occurring in a specific application, one could resynthesize the system to greatly reduce its area and power consumption. Therefore we extend modern digital synthesis with a novel technique, called SWEDE, that makes use of extensive external don'tcares. In addition, we utilize such don'tcares present implicitly in existing simulationbased verification environments for circuit customization. Experiments indicate that SWEDE scales to large ICs with halfmillion input vectors and handles practical cases well.
MicheliSynthesis and Optimization of Digital Circuit.
As the degree of precision of the synthesized gate is explicitly minimized by means of this optimization procedure, the enhanced algorithm allows for more accurate quantum gates to be synthesized than what the original SolovayKitaev algorithm achieves.
Lab
Three projects in which students develop CAD tools for circuit analysis and synthesis. C++ programming is required. Being familiar with algorithms and data structures (EECS 281) is recommended.
SYNTHESIS AND OPTIMIZATION OF DIGITAL ..

Synthesis and optimization of digital ..
CycleTime/Latency optimization in synthesis of digital circuit question.

De Micheli G. Synthesis and Optimization of Digital Circuits
de Micheli  Synthesis and Optimization of Digital Circuits ..

Synthesis And Optimization Of Digital Circuits PDF …
We report in this hook on circuit synthesis and optimization for digital syu chronous circuits.
Analysis and optimization of digital circuit dynamic behavior ..
The Synopsys Synthesis Example illustrates that the RTL synthesis is moreefficient than the behavior synthesis, although the simulation of previousone requires a few clock cycles.
micheli synthesis and optimization of digital, ..
Aiming at improving the circuit stabilization probability for common cases, this proposed CCP consists of (1) probabilitydriven resynthesis that changes a digital circuit’s internal structure, (2) a dynamic behavior aware SATbased redundancy remover that reduces area overhead, and (3) a TCF based circuit dynamic behavior analyzer that provides optimization convergence.
A Framework for Analog Circuit Synthesis
While digital circuit designs are now fully automated and can be delivered extremely quickly, the analogue part of a typical ASIC still needs to be designed manually. This paper discusses a way forward to overcome one of the obvious difficulties in analogue synthesis namely the lag in the development of appropriate synthesis methodologies to support mixedsignal ASICs. The recent emergence of VHDLAMS has enabled highlevel analogue descriptions to be synthesized into hardware automatically. An example of synthesis and optimization of a 1 GHz VLSI LC bandpass filter is presented based on identification of synthesizable constructs from a VHDLAMS parse tree.
Qflow 1.1: An OpenSource Digital Synthesis Flow
...a push towards supporting automatic compilation of software programs into hardware. There are three basic approaches to automatic compilation of software into hardware. Behavioral synthesis compilers ==[4]= analyze programs written in a highlevel sequential language, such as C, and attempt to extract instructionlevel parallelism by analyzing dependencies among instructions, and mapping independent inst...
Quite Universal Circuit Simulator  Wikipedia
Traditional digital circuit synthesis flows start from an HDL behavioral definition and assume that circuit functions are almost completely defined, making don'tcare conditions rare. However, recent design methodologies do not always satisfy these assumptions. For instance, thirdparty IP blocks used in a systemonchip are often overdesigned for the requirements at hand. By focusing only on the input combinations occurring in a specific application, one could resynthesize the system to greatly reduce its area and power consumption. Therefore we extend modern digital synthesis with a novel technique, called SWEDE, that makes use of extensive external don'tcares. In addition, we utilize such don'tcares present implicitly in existing simulationbased verification environments for circuit customization. Experiments indicate that SWEDE scales to large ICs with halfmillion input vectors and handles practical cases well.