Titlebook: Verification, Model Checking, and Abstract Interpretation; 16th International C Deepak D’Souza,Akash Lal,Kim Guldstrand Larsen Conference p

seruting

小母馬

Automatic Synthesis of Piecewise Linear Quadratic Invariants for Programs,pically execute an infinite loop in which simple computations update internal states and produce commands to update the system state. Those systems are yet hardly analyzable by available static analysis method, since, even if performing mainly linear computations, the computation of a safe set of re

刪減

Distributed Markov Chains,lem. Here we study a class of communicating probabilistic agents in which the synchronizations determine the probability distribution for the next moves of the participating agents. The key property of this class is that the synchronizations are deterministic, in the sense that any two simultaneousl

ROOF

Monotonous

PLIC

Abstraction-Based Computation of Reward Measures for Markov Automata,nd nondeterministic choices. By adding a reward function it is possible to model costs like the energy consumption of a system as well..However, models of real-life systems tend to be large, and the analysis methods for such powerful models like Markov (reward) automata do not scale well, which limi

Femish

粗野

Tree Automata-Based Refinement with Application to Horn Clause Verification,fining trace abstractions; firstly we handle tree automata rather than string automata and thereby can capture traces in any Horn clause derivations rather than just transition systems; secondly, we show how algorithms manipulating tree automata interact with abstract interpretations, establishing p

圓錐

Diluge

Debugging Process Algebra Specifications,d tools are of great help in order to specify such concurrent systems and detect bugs in the corresponding models. In this paper, we propose a new framework for debugging value-passing process algebra through coverage analysis. We illustrate our approach with LNT, which is a recent specification lan