Titlebook: Hardware and Software: Verification and Testing; 4th International Ha Hana Chockler,Alan J. Hu Conference proceedings 2009 Springer-Verlag

Monotonous

Efficient Decision Procedure for Bounded Integer Non-linear Operations Using SMT(,)ty of the problem, one usually considers bounded integers and then either linearizes the problem into a SMT(.)?problem (i.e., the theory of linear integer arithmetic with Boolean constraints) or bit-blasts into a SAT problem. We present a novel way of linearizing those constraints, and then show how

大范圍流行

Evaluating Workloads Using Comparative Functional Coverage. The need to compare workloads and the use of functional coverage as a technique to explore data are not new. However, the use of functional coverage for comparing workloads has not been addressed as an answer to this long unanswered need. We describe our work in augmenting a functional coverage to

乞討

災禍

FOLLY

Hirsutism

Statistical Model Checking of Mixed-Analog Circuits with an Application to a Third Order ,???, Modul and digital (discrete) quantities. We follow the statistical Model Checking approach of [You05, You06] that consists of evaluating the property on a representative subset of behaviors, generated by simulation, and answering the question of whether the circuit satisfies the property with a probabili

shrill

Structural ContradictionsL, nor by SVA. We provide a solution that treats both kinds of contradictions in a consistent manner. The solution reveals that not all structural contradictions are created equal: we must distinguish between them in order to preserve important characteristics of the logic. A happy result of our sol

發(fā)微光

Synthesizing Test Models from Test Casesace (GUI) testing of smartphone applications. To facilitate the deployment of model-based testing practices, existing assets in test automation should be utilized. While companies are interested in the benefits of new approaches, they may have already invested heavily in conventional test suites. Th

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: Parallelizing SMT-Based BMC Using Tunnels over a Distributed Frameworkential) software. We use a . reduction (TSR) approach to decompose disjunctively a BMC instance (at a given depth) into simpler and independent subproblems. We exploit such a decomposition to cut down communication cost and idle time of CPUs during synchronization while solving BMC instances. Our ap

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