Información de la conferencia

ASE 2026: International Conference on Automated Software Engineering

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Día de Entrega:
2026-03-26
Fecha de Notificación:
2026-05-25
Fecha de conferencia:
2026-10-12
Ubicación:
Munich, Germany
Ediciones:
41
CCF: A   ICORE: A*   QUALIS: A1   Vistas: 338691   Seguidores: 132   Asistentes: 17

Índice Conference Partner (CP-I)

92,3 / 100
Puesto n.º 43 de 5.683 congresos · 1% superior

N.º 7 de 247 en Ingeniería de software

Reconocimiento académico (35%)
100
Selectividad en la revisión (20%)
92
Ediciones celebradas (20%)
100
Atención de la comunidad (10%)
70
Integridad del registro público (15%)
80

Datos utilizados: Categorías: CCF A, QUALIS A1 · Tasa de aceptación: 18.8% (media de 5 ediciones registradas) · Ediciones documentadas: 41 · Investigadores que lo siguen aquí: 132 · Investigadores que abrieron esta página en los últimos 24 meses: 19

Falta en el registro público: Ediciones anteriores (+3,0)
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Confianza 100 %: la parte de la puntuación respaldada por datos observados y no por la línea base neutra. Cómo se calcula esta puntuación · Ver la clasificación · Versión del algoritmo 1.1 · Calculado el 2026-09-22

Solicitud de Artículos

ASE 2026 (International Conference on Automated Software Engineering) is a CCF A / ICORE A* / QUALIS A1 conference held in Munich, Germany on 2026-10-12. The paper submission deadline is 2026-03-26. Acceptance notifications are sent on 2026-05-25.

Research Areas ASE welcomes submissions addressing topics across the full spectrum of Automated Software Engineering. Topics of interest include the following and are grouped into the following nine research areas. Please note that these topics are by no means exhaustive. Each submission will need to indicate one primary and optionally a secondary area. Program chairs will ultimately assign a paper to an area chair (and at least three reviewers), considering the authors’ selection, the paper’s content, and other factors such as (if applicable) possible conflicts of interest. The areas and examples of topics within this area Requirements and Design Requirements elicitation and management, traceability analysis Software architecture and design Modeling and model-driven engineering Software product lines Component-based or service-oriented systems Object-oriented or aspect-oriented systems Testing and Analysis Regression, mutation, and model-based testing System, unit, and integration testing Black-, grey-, and white-box fuzzing Automated program repair and synthesis Static and dynamic analysis Empirical program analysis Maintenance and Evolution Debugging and fault-localization Refactoring and reengineering Reverse engineering Software reuse API design and management Human and Social Aspects Software engineering processes (e.g., agile, DevOps) Green and sustainable technologies Software engineering ethics and values Software economics Systematic code review and inspection Program comprehension and visualization Crowd-based and collaborative software engineering Human-computer interface AI and Software Engineering Autonomous and self-adapting systems Search-based software engineering Recommender systems AI4SE SE4AI Software Analytics Mining software repositories Analysis of mobile apps, app stores Data-driven user experience understanding and improvement Data-driven decision making in software engineering Software metrics (and measurements) Formal Aspects of Software Engineering Formal methods and model checking Programming languages Domain-specific or specification languages Software validation and verification Security and Other Non-Functional Properties Security and privacy Dependability and safety Reliability and availability Performance ASE welcomes submissions addressing topics across the full spectrum of software engineering and a variety of application domains, including mobile, cloud, blockchains, embedded and cyber-physical systems, parallel/distributed/concurrent systems, probabilistic systems, and ubiquitous/pervasive software systems.
Última actualización por Dou Sun el

Tasa de aceptación

Tasa de aceptación media: 28.5% en 18 años (1997–2014).

AñoEnviadosAceptadosAceptados(%)
20143375516.3%
20133174313.6%
20121382115.2%
20112523714.7%
20101916534%
20092227132%
20082807025%
20073127724.7%
20061213428.1%
20052916321.6%
20041835127.9%
20031704224.7%
2002943840.4%
20011646036.6%
20001004545%
19991235040.7%
19981504429.3%
19971084743.5%

Los Mejores Artículos

AñoLos Mejores Artículos
2022Detecting Blocking Errors in Go Programs using Localized Abstract Interpretation
2022HyperAST: Enabling Efficient Analysis of Software Histories at Scale
2022Has My Release Disobeyed Semantic Versioning? Static Detection Based on Semantic Differencing
2022Efficient Greybox Fuzzing to Detect Memory Errors
2022Learning to Construct Better Mutation Faults
2022Fuzzle: Making a Puzzle for Fuzzers
2022Compiler Testing using Template Java Programs
2022CrystalBLEU: Precisely and Efficiently Measuring the Similarity of Code
2022CARGO: AI-Guided Dependency Analysis for Migrating Monolithic Applications to Microservices Architecture
2022QATest: A Uniform Fuzzing Framework for Question Answering Systems
2022Boosting the Revealing of Detected Violations in Deep Learning Testing: A Diversity-Guided Method
2018ClDiff: Generating Concise Linked Code Differences
2018Control Flow-guided SMT Solving for Program Verification
2018Neural-machine-translation-based Commit Message Generation: How Far Are We?
2018Navigating the Maze: the Impact of Configurability in Bioinformatics Software
2018ReScue: Crafting Regular Expression DoS Attacks
2018DeepGauge: Multi-granularity Testing Criteria for Deep Learning Systems
2014Statistical Learning Approach for Mining API Usage Mappings for Code Migration
2013PIEtrace: Platform Independent Executable Trace
2012Diagnosys: Automatic Generation of a Debugging Interface to the Linux Kernel
2011Ecological Inference in Empirical Software Engineering
2010A program differencing algorithm for verilog HDL
2010Towards mining replacement queries for hard-to-retrieve traces
2010Towards automatically generating summary comments for Java methods
2009Symbolic Deadlock Analysis in Concurrent Libraries and Their Clients
2009Inferring Resource Specifications from Natural Language API Documentation
2008Test-Suite Augmentation for Evolving Software
2008Efficient Monitoring of Parametric Context-Free Patterns
2008Generic Patch Inference
2007Scalable Automatic Test Data Generation from Modeling Diagrams
2006Identifying Refactorings from Source Code Changes
2006ArchTrace: Policy-Based Support for Managing Evolving Architecture-to-Implementation Traceability Links
2005Automatic test factoring for java
2005Visualization-based analysis of quality for large-scale software systems
2005Application of design for verification with concurrency controllers to air traffic control software
2005Automating experimentation on distributed testbeds
2004A Differencing Algorithm for Object-Oriented Programs
2003Debugging Overconstrained Declarative Models Using Unsatisfiable Cores
2002Assumption Generation for Software Component Verification
2001Static Consistency Checking for Distributed Specifications
2000CM_Builder: An Automated NL-based CASE Tool
1999Industrial Applications of Software Synthesis via Category Theory
1998Specification-Based Browsing of Software Component Libraries
1997Mapping Software Architectures to Efficient Implementations via Partial Evaluation
1996Extending design environments to software architecture design
1995Interactive Explanation of Software Systems
1995META-AMPHION: Synthesis of Efficient Domain-Specific Program Synthesis Systems

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