EI检索低难度会议 | 软件工程:截稿日期纵览

发布于 2021-04-08 11:15


  以上列表为未来三个月,CCF没有收录的,难度“相对”较低的,软件工程领域会议。

具体列表如下:  

QEST

会议全称: QEST : International Conference on Quantitative Evaluation of Systems

会议网址: https://www.qest.org/qest2021

会议地点:  Paris , France

CCF分类: None

EI检索:

Core分类: None

H5 指数: 13

影响力值: 2.15

IMPORTANT DATES:

Abstract Submission: April 8, 2021

Paper Submission: April 15, 2021

Artifact Submission: April 22, 2021

Author Notification: June 7, 2021

 Conference: August 23-27, 2021

SPECIFIC AREAS OF INTEREST:

Quantitative specification methods.

Stochastic and non-deterministic models and metrics for performance, reliability, safety, correctness, and security.

New algorithms for the analysis or simulation of stochastic, probabilistic and non-deterministic models.

As a recent emphasis, application of data-driven, machine learning techniques for the quantitative evaluation and verification of systems, in particular for safety-critical applications (learning for safety, as well as safe learning).

Case studies that highlight the role of quantitative specification, modelling and evaluation in the design of systems. Systems of interest include computer hardware and software architectures, communication systems, cyber-physical systems, infrastructural systems, security systems and biological systems.

Papers that describe novel tools to support the practical application of research results in all of the above areas are also welcome.

 

SPLC

会议全称: SPLC : International Systems and Software Product Line Conference

会议网址: http://splc2021.net/

会议地点:  Leicester , United Kingdom

CCF分类: None

EI检索:

Core分类: None

H5 指数: 0

影响力值: 2.15

IMPORTANT DATES:

Abstract submission: April 16, 2021 (mandatory)

Paper submission: April 23, 2021 (firm deadline, no extension) 

Notification: June 4, 2021

Artifact submission: June 18, 2021

Artifact notification: July 1, 2021

Camera-ready papers: July 9, 2021

Conference: September 6-11, 2021

SPECIFIC AREAS OF INTEREST:

• AI: genetic algorithms, neural networks, and machine learning for product lines
• Architecture, design, and visualization of product lines
• Dynamic software product lines, reconfigurable systems, (self-)adaptive systems
• Evolution, maintenance, and continuous integration for product lines (e.g., DevOps)
• Formal methods and SPL verification techniques (e.g., program analysis, model checking)
• Green and sustainable technologies for variation
• Human, organizational and social aspects of product lines (e.g., BPM, collaborative modeling and development, cooperative configuration processes, economics, program comprehension)
• Language product lines, and domain-specific and programming languages for product lines
• Multi product lines, program families, product lines of product lines, software ecosystems
• Non-functional properties: modeling, analysis, and optimization (e.g., performance, energy)
• Reverse engineering, variability mining and refactoring (e.g., migration from clone-and-own)
• Recommender systems for configurators and feature models (e.g., CSP/SAT/SMT solvers)
• Specification and modeling of SPL (e.g., domain-specific modeling, model-driven engineering)
• Testing product lines (e.g., product sampling, test-case selection and prioritization, mutations)
• Variability management and variability modeling (e.g., feature models, decision models)

 

ECSA

会议全称: ECSA : European Conference on Software Architecture

会议网址: https://icst2020.info/series/ecsa

会议地点:  Vaxjo , Sweden

CCF分类: None

EI检索:

Core分类: A

H5 指数: 17

影响力值: 1.16

IMPORTANT DATES:

Papers submission: May 3rd 2021

Notification of papers: June 7th, 2021

Camera ready: June 22nd, 2021

SPECIFIC AREAS OF INTEREST:

Foundational principles of software architecture

Linking requirements engineering and software architectures

Quality attributes and software architectures

Architectural design, analysis and evaluation

Architecture description languages and meta-models

Architecture verification and validation

Management of architectural knowledge, decisions, and rationale

Cross-disciplinary efforts and software architecture

Architectures for reconfigurable and self-adaptive systems

Architectural concerns of autonomic systems

Architectural patterns, styles and tactics, reference architectures

Architecture viewpoints and views

Architecture conformance

Software architecture and virtualization

Architecture-centric process models and frameworks

Software architecture and agility, continuous integration, continuous development and DevOps tools

Component-based models and deployment, middleware

Software architecture and system architecture, including software-defined networking

Software tools and environments for architecture-centric software engineering

Cultural, economic, business, social and managerial aspects of software architecture

Software architecture in different areas such as the cloud/edge-cloud, big data, blockchain, cyber-physical systems, IoT, autonomous systems, systems of systems, energy-aware software

Architecture and technical debt

Empirical studies, systematic literature reviews, and mapping studies in software architecture.

 

LATS

会议全称: LATS : IEEE Latin-American Test Symposium

会议网址: https://politecnica.pucrs.br/sisc/LATS2021/

会议地点:  Punta del Este , Uruguay

CCF分类: None

EI检索:

Core分类: None

H5 指数: 11

影响力值: 1.65

IMPORTANT DATES:

Submission Deadline (Title and Abstract):  April 30th, 2021

Submission (Full paper): May 7th, 2021

Notification of Acceptance:  June 18th, 2021

Camera Ready: July 2nd, 2021.

SPECIFIC AREAS OF INTEREST:

CAD for robust circuits design Cross-layer reliability approaches Dependable system design Dependable Computer Architectures Design for Electromagnetic Compatibility (EMC) Design for reliability Design for reliability approaches for Low-Power Design for Robustness Design for Security Fault-based attacks and countermeasures Fault-tolerant and fail-safe systems Field Diagnosis, maintainability, and reconfiguration Functional safety IC- and system-level radiation hardening techniques

Infrastructure, cloud computing, and wired, cellular and satellite communications Memory test and repair On-line monitoring On-line testing techniques Power density and overheating issues in nanometer technologies Quality, yield, reliability and lifespan issues in nanometer technologies Reliability issues of Low-Power Design Robustness evaluation Self-Adapting design Self-checking circuits and coding theory Self-Healing design Self-Regulating design Self-test and self-repair Variability, Aging, EMI, and Radiation Effects in nanometer technologies

 

EDOC

会议全称: EDOC : International IEEE Enterprise Distributed Object Computing Conference

会议网址: https://ieee-edoc.org/2021

会议地点:  Gold Coast , Australia

CCF分类: None

EI检索:

Core分类: B

H5 指数: 17

影响力值: 1.81

IMPORTANT DATES:

Full Paper submission: 31 May 2021

Notification of Acceptance: 30 June 2021

Camera Ready Paper submission 31 August 2021

Author Conference Registration: 31 August 2021

SPECIFIC AREAS OF INTEREST:

Enterprise and Systems Architecture

Methods, Frameworks and Tools supporting Architecture

Reference Architectures, Architecture Conceptualisation & Evaluation

System architectures for digital twins

Interoperability and collaboration

Cloud computing and the evolution of enterprise architectures

Service-Oriented IT- and Enterprise Architectures

Service composition, orchestration and choreography

Quality of Service (QoS) and Cost of Service (CoS)

Governance in Service-oriented architectures (SOA/SOEA)

Service policies, contract definition and enforcement

Software Architecture & Engineering

Software engineering methods for enterprise computing

Software architecture modelling approaches

Analysis and design techniques for non-functional requirements

Architectures for cyber-physical systems

Security in software intensive enterprise-systems

Model Based Enterprise Engineering

Model-driven architectures and software development

Modelling based on domain specific languages (DSL)

Domain specific reference models

Approaches based on reference architectures

Methodologies for the construction of digital twins

Enterprise Security

Sensing and Awareness

Threat modelling, attack simulation, intrusion detection

Access control & SOA security

Blockchain and enterprise security

Business Process and Business rules

Process modelling, verification, configuration and implementation

Process mining and business analytics

Cloud impact on BPM, business processes in the cloud

Business process agility and decision management

Business rule languages and engines, process compliance

Robotic process automation

Semantics and Information Management

Business object modelling methodologies and approaches

Taxonomies, ontologies and business knowledge integration

Enterprise ontologies

Master data management, data mining and (real-time) data
warehousing, data lakes

Complex event processing and event-driven architectures

Data quality and trustworthiness

Combining data-driven and symbolic modelling approaches

 

VISSOFT

会议全称: VISSOFT : IEEE Working Conference on Software Visualization

会议网址: https://vissoft.info/2021/

会议地点:  Luxembourg , Luxembourg

CCF分类: None

EI检索:

Core分类: B

H5 指数: 13

影响力值: 1.98

IMPORTANT DATES:

Paper Abstract: June 11, 2021
Paper Submission: June 18, 2021
Notification: July 23, 2021
Camera-Ready: August 6, 2021
Conference: September 27-28, 2021

SPECIFIC AREAS OF INTEREST:

Innovative visualization and visual analytics techniques for analysis of software engineering data. This includes source code, dependencies, repositories, developer social networks like StackOverflow and GitHub, mobile app reviews, documentation, runtime logs, and DevOps data.

Visualization to support software development activities, including design, requirements engineering, software maintenance, program comprehension, software performance, software testing, and debugging.

Interaction techniques and algorithms for software visualization.

Visualization-based techniques in software engineering education.

Integration of software visualization tools with development environments.

Empirical evaluation of software visualizations, including eye-tracking.

Industrial experience with using software visualization.

Applications of new technologies to enhance software visualization, including virtual reality, augmented reality, gamification, and machine learning.

Analytical approaches to understand software-related aspects based on data science concepts.

 

SLE

会议全称: SLE : Software Language Engineering

会议网址: https://conf.researchr.org/home/sle-2021

会议地点:  Chicago , United States

CCF分类: None

EI检索:

Core分类: B

H5 指数: 13

影响力值: 1.16

IMPORTANT DATES:

Mon 5 Jul 2021 Abstract Submissions

Fri 9 Jul 2021 Paper Submissions

Wed 1 Sep 2021 Review Notification

Wed 1 - Fri 3 Sep 2021 Author Response Period

Mon 13 Sep 2021 Notification

Wed 15 Sep 2021 Artifact Submissions

Tue 28 Sep 2021 Artifact Kick-the-tires Author Response

Tue 12 Oct 2021 Artifact Notification

SPECIFIC AREAS OF INTEREST:

Software Language Design and Implementation

Approaches to and methods for language design

Static semantics (e.g. design rules, well-formedness constraints)

Techniques for specifying behavioral / executable semantics

Generative approaches (incl. code synthesis, compilation)

Meta-languages, meta-tools, language workbenches

Software Language Validation

Verification and formal methods for languages

Testing techniques for languages

Simulation techniques for languages

Software Language Integration and Composition

Coordination of heterogeneous languages and tools

Mappings between languages (incl. transformation languages)

Traceability between languages

Deployment of languages to different platforms

Software Language Maintenance

Software language reuse

Language evolution

Language families and variability

Domain-specific approaches for any aspects of SLE (design, implementation, validation, maintenance)

Empirical evaluation and experience reports of language engineering tools

User studies evaluating usability

Performance benchmarks

Industrial applications

 

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