データベースな皆様
4月4日 18時から Prof. A Ailamakiの講演会をします。
ご参加を希望される場合には kitsure@tkl....に ご連絡ください。秘書よりzoomアドレスをお送りします。
物理参加をご希望の場合は神谷町の駅から徒歩3分の
ROIS(情報システム研究機構)においでください。https://www.rois.ac.jp/
Title: Adaptive database systems: Navigating chaos in a Heterogeneous
Landscape
Abstract: Database systems face new hurdles with the rise of diverse
hardware setups and varying workloads. Evolving hardware, with its mix
of different components and changing configurations, complicates how
data moves within systems, affecting performance.
At the same time, the surge in data-centric analytics and powerful AI
models brings a wide range of workloads that systems must handle. The
old way of designing systems based on predicted performance doesn't work
well anymore, leading to inefficiencies.
This talk dives into the complexities of modern hardware and diverse
workloads in database systems. It highlights the limitations of standard
approaches. It stresses the need for systems that can adapt without
relying on fixed assumptions about hardware or workloads. Our goal is to
create resilient and efficient database systems ready for heterogeneity
and real-time evolution.
Anastasia Ailamaki is a Professor of Computer and Communication Sciences
at the École Polytechnique Fédérale de Lausanne (EPFL), a visiting
researcher at Google, and the co-founder and Chair of the Board of
Directors of RAW Labs SA, a Swiss company developing systems to analyze
heterogeneous big data from multiple sources efficiently. She earned a
Ph.D. in Computer Science from the University of Wisconsin-Madison in
2000. She has received the 2019 ACM SIGMOD Edgar F. Codd Innovations
Award and the 2020 VLDB Women in Database Research Award. She is also
the recipient of an ERC Consolidator Award (2013), the Finmeccanica
endowed chair from the Computer Science Department at Carnegie Mellon
(2007), a European Young Investigator Award from the European Science
Foundation (2007), an Alfred P. Sloan Research Fellowship (2005), an NSF
CAREER award (2002), twelve best-paper awards in international
scientific conferences. She has received the 2018 Nemitsas Prize in
Computer Science by the President of Cyprus and the 2021 ARGO Innovation
Award by the President of the Hellenic Republic. She is an ACM fellow,
an IEEE fellow, a member of the Academia Europaea, and an elected member
of the Swiss, the Belgian, the Greek, and the Cypriot National Research
Councils.
日本データベース学会MLの皆様
滋賀県立大学の服部です。
セマンティック処理に関する国際会議 SEMAPRO2024 のCFPです。
今年9月末に、イタリア・ヴェニスで開催されます。
論文投稿締切は 2024年 6月 17日 です。
多様な発表(投稿)形式が用意されております。
ジャーナルへの推薦も御座いますので、
皆様の御投稿をお待ちしております。
どうぞ宜しくお願い致します。
------------------------
Invitation:
Please consider to contribute to and/or forward to the appropriate groups
the following opportunity to submit and publish original scientific results
to:
SEMAPRO 2024, The Eighteenth International Conference on Advances in
Semantic Processing
SEMAPRO 2024 is scheduled to be September 29 - October 03, 2024 in Venice,
Italy under the NexTech 2024 umbrella.
Submission (full paper) deadline: June 17, 2024
Authors of selected papers will be invited to submit extended article
versions to one of the IARIA Journals.
All events will be held in a hybrid mode: on site, prerecorded videos,
voiced presentation slides, pdf slides.
Call for Papers:
https://www.iaria.org/conferences2024/CfPSEMAPRO24.html
Committee:
https://www.iaria.org/conferences2024/ComSEMAPRO24.html
Submission page:
https://www.iaria.org/conferences2024/SubmitSEMAPRO24.html
Contribution formats:
regular papers [in the proceedings and digital library]
short papers (work in progress) [in the proceedings and digital library]
ideas: two pages [in the proceedings and digital library]
extended abstracts: two pages [in the proceedings and digital library]
posters: two pages [in the proceedings and digital library]
posters: slide only [slide-deck posted on www.iaria.org]
presentations: slide only [slide-deck posted on www.iaria.org]
demos: two pages [posted on www.iaria.org]
Extended versions of selected papers will be published in IARIA Journals.
Print proceedings will be available via Curran Associates, Inc.
Articles will be archived in the free access ThinkMind Digital Library.
The topics suggested by the conference can be discussed in term of
concepts, state of the art, research, standards, implementations, running
experiments, applications, and industrial case studies. Authors are invited
to submit complete unpublished papers, which are not under review in any
other conference or journal in the following, but not limited to, topic
areas.
All tracks are open to both research and industry contributions. Before
submission, please check and comply with the Editorial Rules.
SEMAPRO 2024 Tracks:
Basics on semantics
Fundamental of semantics processing; Semantic-based techniques for feature
selection; Semantic-based pruning; Semantic interoperability; Semantics
uncertainty; Semantics pre-processing and post-processing; Semantics
harmonization; Constraint-based semantics processing; Embedded semantics
into the discovery process; Semantics in spatial and spatio-temporal models
Ontology fundamentals for semantic processing
Ontology learning; Ontology for semantic interoperability; Ontologies and
data pre-processing; Ontology-based evaluation and semantic patterns;
Global core ontologies; Progressive ontologies; Bridging semantics through
ontologies; Ontology mapping and ontology visualization; Ontology in
information systems; Ontology-based semantic mediation; Ontology design and
maintenance for conceptual model integration; Reverse engineering of
ontologies from conceptual model; Ontologies for explanation generation
Semantic technologies
Basics of Ontology and Semantic Web; Semantic storing, computing,
representation, communications; Semantic-driven system design; Syntactic
and semantic processing models; Hardware and software support for semantic
processing; Microprocessors for semantic processing; Multi-model semantic
systems; Semantic annotation of multimedia supports; Semantic multimedia
information retrieval; Natural language semantic processing; Context-based
semantic processing; Content-based semantic processing; Scalability to the
Web level; Performance in semantic processing; Information security in
semantic processing; Explaining semantic processing and its results
Models and ontology-based design of protocols, architectures and services
Fundamentals in theory; Modeling methodologies; Models and Ontology-driven
Technologies (for the communications system design); Models and ontology
relationships; Multi-models coherence. Models and ontology-based
communications services and protocols; Semantics of services and service
modeling; Protocol models and semantics; Application and quality of
experience semantics; Services and protocols semantics; Models and
ontology-based cross-layer services and architectures design; Models and
ontology-based software frameworks; Composition of Services and
Composability rules; Cross-layering services models, components and
implementations
Semantic Deep Web
Ontology plug-in search; Information extraction from the Deep Web
/e-commerce sites/; Semantic Deep Web annotation and indexing; Deep
Web-based ontology; Semantic Deep Web crawlers; Semantic browsing and
visualization; Semantic Deep Web data fusion; Semiautomatic ontology
generation; Metrics for quality of ontology; Similarity measures for
ontology alignment; Measurements for quality of search; Tools for semantic
Deep Web; Experience extraction from the Web
Semantic reasoning
Reasoning methods; Reasoning for the Web; Ontology expressiveness; Ontology
alignment, mapping and merging; Expressing formal semantics; Languages
(RDF, RDF Schema, OWL, etc); Robustness of reasoning on the Web; Patterns
on semantic reasoning; Querying and searching; Scalable and tolerant
reasoning; Dynamic reasoning for the Semantic Web; Ontologies and
problem-solving methods; Computational learning theory; Approximate
reasoning/computing; Strategies for abstraction and compression of
information; Cognitive semantic reasoning; Attention semantic scoping;
Recency-based self-optimizing memory; Cost-benefit trade-off reasoning
models; Negotiation in obtaining near-optimal reasoning results under
bounded resources; Case-based reasoning
Semantic content searching
Methodologies for innovative information retrieval technologies;
Combinatorial search; Massive search-spaces with heuristics (e.g., based on
Monte Carlo simulations); Searching using metadata, semantics, and
ontology; Advanced searching in digital libraries; Advanced use of RDF and
OWL; Expressiveness of the content ontologies; Inherent inconsistency and
incompleteness of data on the Web; Scalability of semantic processing;
Specialized search engines (Hakia, Matrixware and seekda)
Hypertext and hypermedia semantic
Hypertext techniques and semantic applications; Hypertext and ontologies;
Hypertext semantic models; Spatial semantic hypertext; Self-organized
hypertext; Semantic adaptive hypertext; Web and hypertext link analysis;
Hypertexts and semantic Web; Hypertext semantic applications
Semantic voice-video-speech (VVS) searching
Engines and methods for VVS advanced searching; Patterns in VVS searching;
Contextual VVS searching; Rapid VVS searching; Accuracy in VVS searching;
Noise in VVS searching; Performance in VVS searching; Metrics for VVS
searching; Text and VVS searching; Applications of VVS
Semantic multimedia
Efficient storage of structured data that scale to a very large size;
Automatic generation of multimedia presentations; Advanced process for
multimedia information mining; Semantic metadata extraction; Annotation
tools and methods for content semantics; Media ontology
generation/learning/reasoning; Semantic multimedia streaming; Semantics
enabled multimedia applications
/annotation/browsing/storage/retrieval/visualization
Semantic social media
Community detection and evolution in social media; Recommendation and
ranking systems; Search in social media; Event detection, trend
identification and tracking in social media; Influence, trust and
reputation in social media; Opinion/sentiment analysis, polarity
identification; Feed distillation and ranking blogs; Mining microblogging
and real time data; Folksonomy, tag semantics, clustering and usage;
Advertising models for the social web; Indexing social media content, index
freshness; Visualizing social network data; Spam detection, social network
spam and profile spam
Semantics for sentiment/opinion analysis
Architectures for generic sentiment analysis systems; Sentiment analysis
techniques on social media; Document-level analysis; Sentence-level
analysis; Aspect-based analysis; Comparative-sentiment analysis; Sentiment
lexicon acquisition; Optimizing sentiment analysis algorithms; Applications
of sentiment analysis
Semantic networking
Semantic-based QoS (Quality of Service) control and scheduling; Semantic
QoE (Quality of Experience) evaluation; Semantic-based Internet data
streaming and delivery; Semantics enabled networking and middleware;
Semantic routing; Semantic interfaces
Domain-oriented semantic applications
Semantics for managing pharmaceutical data; Semantic processing for
biomedical knowledge; Speech, text and picture recognition; Semantic email
workflow and content; Semantic blogs and wikis; Semantic email addressing;
Semantic web and digital libraries; Semantic processing in e-Health;
Semantic-driven tutoring systems
Economics and governance of semantics technologies
Organizational views; Legal; Business; Regulations; Assessment; Standards;
Harmonization; Cross-nation mediation
Semantic applications/platforms/tools
Market for semantic technologies; Applications, services and systems based
on semantic processing; User friendly semantic system integration tools;
Ontology-based data transformation and data migration tools; Ontology
mapping tools and languages; Ontology-enabled interoperability in
e-science, life sciences, e-business, culture; Commercial cost models for
semantic applications; Semantic solutions for business intelligence;
Semantic processing platforms ; Supporting ontology platforms/tools
(Protégé, etc); Semantic query languages (SPARQL, etc); Ontology-enabled
search engines; Semantic Web search engines; Interoperability of data,
systems, and organizations; Experiments and lessons learned; Standard
activities
Publicity Chairs:
Laura Garcia, Universidad Politécnica de Cartagena, Spain
Lorena Parra Boronat, Universitat Politecnica de Valencia, Spain
IARIA Publicity Board