Using SPIN for automated debugging of infinite executions of Java programs

Adalid, Damián; Salmerón, Alberto; Gallardo, María del Mar Prados; Merino, Pedro

doi:10.1016/j.jss.2013.10.056

Cited by 13 publications

(7 citation statements)

References 15 publications

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“…Penelitian yang menerapkan bahasa pemrograman java untuk pengembangan aplikasinya antara lain digunakan untuk membuat aplikasi untuk peramalan dan prediksi cuaca [9] [10]. Selain itu terdapat penelitian mengenai penggunaan bahasa pemrograman java dalam berbagai bidang pembelajaran computational S science [11], monitoring runtime dalam penggunaan bahasa pemrograman Java [12], membuat aplikasi intuk mendeteksi plagiarism [13].…”

Section: Pendahuluanunclassified

Pengembangan Aplikasi Ektraksi Informasi Abstrak Dokumen Skripsi Menggunakan Javafx

Sukmana¹,

Rozi²

2018

JIPI

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<p class="Abstract">Skripsi merupakan salah satu dokumen wajib yang dihasilkan oleh mahasiswa jenjang S1. Tingkat kelulusan mahasiswa yang semakin meningkat membuat jumlah dokumen skripsi semakin banyak tanpa terorganisir dengan baik sehingga menyebabkan petugas maupun mahasiswa yang ingin membaca kesulitan untuk memilah berkas skripsi. Sehingga dibutuhkan suatu aplikasi yang mampu mengektraksi informasi yang didapat dari abstrak dokumen skripsi. Salah satunya adalah dengan menggunakan JavaFX untuk pembuatan aplikasi. JavaFX merupakan pengembangan lebih lanjut dari bahasa pemrograman Java yang lebih cenderung untuk membangun aplikasi berbasis GUI. Berdasarkan pengujian yang dilakukan aplikasi ekstraksi ini menghasilkan keakuratan dalam mengektraksi informasi sebesar 98.89%.</p>

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Section: Pendahuluanunclassified

Pengembangan Aplikasi Ektraksi Informasi Abstrak Dokumen Skripsi Menggunakan Javafx

Sukmana¹,

Rozi²

2018

JIPI

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“…We have implemented a version of the analyzer using the S pin model checker, and have applied it to ns-2 network simulations 31,32,37,38 and Java programs. 33 In later sections we will present the particular implementation for ns-2 and several case studies regarding performance, reliability and validation analysis.…”

Section: Analysis and Optimization Frameworkmentioning

confidence: 99%

Integrating model checking and simulation for protocol optimization

Salmerón

Merino

2014

SIMULATION

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Simulation models of communication protocols are widely used in the field of protocol engineering. Some methods have been proposed to ensure the correctness of these models, or to tune their parameters for performance. However, these aspects have usually been considered separately. This paper presents OptySim, a uniform framework to perform correctness analysis and performance evaluation over execution traces of communication protocols. The same protocol models can be tested for correctness before being used for performance evaluation, using this uniform framework. The exploration of the scenarios is controlled by performance or correctness objectives set by the user, using rich formalisms such as temporal logic and automata. Each execution trace is analyzed on the fly, stopping simulations as soon as the objectives are met or violated. The controlled exploration of the parameter space and the associated execution traces can help uncover errors or configurations that may have been otherwise missed with other exhaustive methods or human analysis. Our framework separates the analyzer from the system under analysis using a communication protocol that enables easier adaptation to new systems. We have implemented our framework with the Spin model checker to analyze ns-2 network simulations, and demonstrated the usefulness of our approach with two case studies: video streaming and VoIP call quality in mobile environments.

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“…However, it was defined for a simple procedural language. While [13,14] contain a sketch of how to apply their methods in a type system like [6], this development remains at the level of a sketch that needs to be fully developed in further work 1 .…”

Section: Introductionmentioning

confidence: 99%

Type-based Enforcement of Infinitary Trace Properties for Java

Erbatur

Schöpp

2021

Preprint

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A common approach to improve software quality is to use programming guidelines to avoid common kinds of errors. In this paper, we consider the problem of enforcing guidelines for Featherweight Java (FJ). We formalize guidelines as sets of finite or infinite execution traces and develop a region-based type and effect system for FJ that can enforce such guidelines. We build on the work by Erbatur, Hofmann and Zălinescu, who presented a type system for verifying the finite event traces of terminating FJ programs. We refine this type system, separating region typing from FJ typing, and use ideas of Hofmann and Chen to extend it to capture also infinite traces produced by non-terminating programs. Our type and effect system can express properties of both finite and infinite traces and can compute information about the possible infinite traces of FJ programs. Specifically, the set of infinite traces of a method is constructed as the greatest fixed point of the operator which calculates the possible traces of method bodies. Our type inference algorithm is realized by working with the finitary abstraction of the system based on Büchi automata. CCS CONCEPTS• Theory of computation → Logic and verification; • Security and privacy → Logic and verification.

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Using SPIN for automated debugging of infinite executions of Java programs

Cited by 13 publications

References 15 publications

Pengembangan Aplikasi Ektraksi Informasi Abstrak Dokumen Skripsi Menggunakan Javafx

Pengembangan Aplikasi Ektraksi Informasi Abstrak Dokumen Skripsi Menggunakan Javafx

Integrating model checking and simulation for protocol optimization

Type-based Enforcement of Infinitary Trace Properties for Java

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