SEKE 2018: Difference between revisions
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|City=San Francisco Bay | |City=San Francisco Bay | ||
|Country=USA | |Country=USA | ||
|has general chair=Xudong He | |||
|has program chair=Oscar Mortagua Pereira, Angelo Perkusich | |||
|has Keynote speaker=Jerry Gao, Gem Stapleton, Zhi Li | |||
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<!-- PLEASE ADAPT OR DELETE THIS PART COMPLETELY - You can just paste in the call for papers and remove this and the last line | <!-- PLEASE ADAPT OR DELETE THIS PART COMPLETELY - You can just paste in the call for papers and remove this and the last line | ||
== | ==TOPICS== | ||
* Software Engineering Methodologies | |||
* Agent-based software engineering | |||
* Artificial intelligence approaches to software engineering | |||
* Component-based software engineering | |||
* Embedded and ubiquitous software engineering | |||
* Aspect-based software engineering | |||
* Empirical software engineering | |||
* Search-Based Software engineering | |||
* Automated software design and synthesis | |||
* Automated software specification | |||
* Computer-supported cooperative work | |||
* Automated software specification | |||
* Automated software design and synthesis | |||
* Reverse engineering | |||
* | |||
* Software Engineering Techniques and Production Perspectives | |||
* Requirements engineering | |||
* Software analysis, design and modeling | |||
* Software maintenance and evolution | |||
* Software engineering tools and environments | |||
* Software engineering decision support | |||
* Software design patterns | |||
* Software product lines | |||
* Process and workflow management | |||
* Reflection and metadata approaches | |||
* Program understanding and system maintenance | |||
* Software domain modeling and analysis | |||
* Software economics | |||
* Multimedia and hypermedia software engineering | |||
* Software engineering case study and experience reports | |||
* Enterprise software, middleware, and tools | |||
* | |||
* Artificial Intelligence | |||
* Artificial intelligent methods, models, techniques | |||
* Artificial life and societies | |||
* Swarm intelligence | |||
* Smart Spaces | |||
* | |||
* Autonomic computing and agent-based systems | |||
* Autonomic computing | |||
* Adaptive Systems | |||
* Agent architectures, ontologies, languages and protocols | |||
* Multi-agent systems | |||
* Agent-based learning and knowledge discovery | |||
* Interface agents | |||
* Agent-based auctions and marketplaces | |||
* Secure mobile and multi-agent systems | |||
* Mobile agents | |||
* | |||
* SOA and Service-Oriented Systems | |||
* Service-centric software engineering | |||
* Service oriented requirements engineering | |||
* Service oriented architectures | |||
* Middleware for service based systems | |||
* Service discovery and composition | |||
* Service level agreements | |||
* (drafting, negotiation, monitoring and management) | |||
* Runtime service management | |||
* Semantic web | |||
* | |||
* Data modeling, mining and data analytics | |||
* Data modeling, aggregation, integration, and transformation | |||
* Web and text mining | |||
* Data mining methods, techniques, and tools | |||
* Data analytics modeling and algorithms | |||
* Patterns and frameworks | |||
* Data visualization | |||
* | |||
* Knowledge systems and engineering | |||
* Knowledge acquisition | |||
* Knowledge-based and expert systems | |||
* Knowledge representation and retrievals | |||
* Knowledge engineering tools and techniques | |||
* Time and knowledge management tools | |||
* Knowledge modeling, integration, transformation, and management, | |||
* Uncertainty knowledge management | |||
* Knowledge visualization | |||
* | |||
* Mobile computing and mobile system engineering | |||
* Mobile App design and development | |||
* Innovative mobile applications | |||
* Pervasive computing | |||
* Mobile system validation and test automation | |||
* | |||
* Software & System Quality of Service | |||
* Soft computing | |||
* Software and system testing methods | |||
* Quality assurance process, standards, and systems | |||
* Software safety systems | |||
* Software test automation and tools | |||
* Software dependability, reliability, scalability | |||
* | |||
* Software & System Security | |||
* Software and system security and privacy | |||
* Mobile app security and privacy | |||
* Encryption methods and tools | |||
* Security service systems | |||
* Cloud, sensor cloud and mobile cloud security | |||
* Mobile system integrity, security, and fault tolerance | |||
* | |||
* Emergent Topics | |||
* Cloud computing and Innovative cloud-based application systems | |||
* Mobile cloud computing and application services | |||
* Big data analytics application systems | |||
* Innovative sensing cloud and systems | |||
* Large-scale cyber systems | |||
* IOT and smart city application systems | |||
* Big data quality validation | |||
* Big data application quality services | |||
* | |||
* Smart learning and innovative education systems | |||
* Learning software design engineering | |||
* Smart learning methods and environments | |||
* Online learning systems | |||
* Mobile enabled learning systems and tools | |||
Aufgezählter Listeneintrag | |||
==Submissions== | ==Submissions== | ||
==Important Dates== | ==Important Dates== | ||
Latest revision as of 11:03, 15 April 2020
| SEKE 2018 | |
|---|---|
30th International Conference on Software Engineering and Knowledge Engineering
| |
| Event in series | SEKE |
| Dates | 2018/07/01 (iCal) - 2018/07/03 |
| Homepage: | http://ksiresearchorg.ipage.com/seke/seke18.html |
| Location | |
| Location: | San Francisco Bay, USA |
| Committees | |
| General chairs: | Xudong He |
| PC chairs: | Oscar Mortagua Pereira, Angelo Perkusich |
| Keynote speaker: | Jerry Gao, Gem Stapleton, Zhi Li |
| Table of Contents | |