Sentence examples for synthesis verification from inspiring English sources

Spectral information can be used for many CAD system tasks including synthesis, verification and test vector generation.

It begins with an overview of EDA, including some historical perspectives, followed by a more detailed discussion of various aspects of logic design, synthesis, verification, and test.

In this paper, we present an adaptor synthesis, verification and refinement process based on security adaptation contracts which succeeds in overcoming incompatibilities among services and prevents secrecy attacks.

cDNA synthesis verification was performed using chicken Cyclin D1 primers (5'-ACGCTCAGGGACTATACAGG-3' and 5'-GTCTGATGGAGTTGTCGG-3'; AT = 62°C) and chicken Cyclin D2 primers (5'-GTGCTAGTAAGCAACCTTAGGC-3' and 5'-GAACAAGCCTGACTTTCTGTGC-3'; AT = 55°C).

Traditionally, the testability insertion phase comes after functional logic synthesis and verification in the design cycle.

Design models at each level of abstraction provide the basis for applying analysis, synthesis or verification techniques.

Application examples developed using VERTAF demonstrate significantly reduced relative design effort as compared to design without VERTAF, which also shows how high-level reuse of software components combined with automatic synthesis and verification increases design productivity.

Recently, we proposed a systematic method for top-down synthesis and verification of lemmata and algorithms called "lazy thinking method" as a part of systematic mathematical theory exploration (mathematical knowledge management).

This Special Issue of the EURASIP Journal of embedded systems is intended to present innovative methods, tools, design methodologies, and frameworks for algorithm-architecture matching approach in the design flow including system level design and hardware/software codesign, RTOS, system modeling and rapid prototyping, system synthesis, design verification, and performance analysis and estimation.

An Ordered Binary Decision Diagram (OBDD) is a data structure that is used in an increasing number of fields of Computer Science (e.g., logic synthesis, program verification, data mining, bioinformatics, and data protection) for representing and manipulating discrete structures and Boolean functions.

For the conjectural inhibitors selection from a big database and their subsequent experimental synthesis and verification, first of all, it is necessary to decrease a "false positive" number.