This chapter shows how it is possible to use agents and Semantic Web technologies to deal with dy... more This chapter shows how it is possible to use agents and Semantic Web technologies to deal with dynamic composition of business processes via an agent-based workflow system. The aim of the system is to discover composable processes at first among heterogeneous business processes that are running possibly under different Web servers and then execute them in the order specified by a planner to reach a complex requested goal. We proposed a framework of an Inference-based Semantic Composition Agent (SCA) of atomic business ...
Given the critical and difficult nature of discovering Web services in the development process of... more Given the critical and difficult nature of discovering Web services in the development process of service oriented architectures, several studies have been proposed to solve this problem. There is a real need to work for matching semantic Web services which use different ontologies. In responding to this need, measuring semantic similarity between SWS may be reduced to the calculation of similarity between ontological concepts. This work is a contribution to achieve semantic interoperability for Web services in a multi-ontology environment, for which the authors present a generic framework for Web services discovery. Here their focus is on the semantic similarity measure-based core of their framework and the authors present a novel algorithm for concepts matching between different ontologies. Results of the experiments confirm the viability of the semantic similarity measure.
Abstract - Semantic technologies, such as RDF (Resource Description Framework) and OWL (Web Ontol... more Abstract - Semantic technologies, such as RDF (Resource Description Framework) and OWL (Web Ontology Language), are being widely used to store information. Ontology is mostly used in semantic platforms or embedded in other applications as a repository system. Data is ...
In this talk I'll bring forward what is lacking in the interfaces of ontology and security. I... more In this talk I'll bring forward what is lacking in the interfaces of ontology and security. I shall especially take up haves and have-nots regarding the interplay of two fields, then, drive to conclude that not only there is need for security ontology but standardization should be aimed at.
Due to the insertion of semantics to the Web services,meeting user demands will be possible throu... more Due to the insertion of semantics to the Web services,meeting user demands will be possible through logicaldeductions and achieving resolutions automatically. Withthe application of semantic description in content of Webservices it is easier to discover and compose suitableWeb ...
This chapter shows how it is possible to use agents and Semantic Web technologies to deal with dy... more This chapter shows how it is possible to use agents and Semantic Web technologies to deal with dynamic composition of business processes via an agent-based workflow system. The aim of the system is to discover composable processes at first among heterogeneous business processes that are running possibly under different Web servers and then execute them in the order specified by a planner to reach a complex requested goal. We proposed a framework of an Inference-based Semantic Composition Agent (SCA) of atomic business ...
Given the critical and difficult nature of discovering Web services in the development process of... more Given the critical and difficult nature of discovering Web services in the development process of service oriented architectures, several studies have been proposed to solve this problem. There is a real need to work for matching semantic Web services which use different ontologies. In responding to this need, measuring semantic similarity between SWS may be reduced to the calculation of similarity between ontological concepts. This work is a contribution to achieve semantic interoperability for Web services in a multi-ontology environment, for which the authors present a generic framework for Web services discovery. Here their focus is on the semantic similarity measure-based core of their framework and the authors present a novel algorithm for concepts matching between different ontologies. Results of the experiments confirm the viability of the semantic similarity measure.
Abstract - Semantic technologies, such as RDF (Resource Description Framework) and OWL (Web Ontol... more Abstract - Semantic technologies, such as RDF (Resource Description Framework) and OWL (Web Ontology Language), are being widely used to store information. Ontology is mostly used in semantic platforms or embedded in other applications as a repository system. Data is ...
In this talk I'll bring forward what is lacking in the interfaces of ontology and security. I... more In this talk I'll bring forward what is lacking in the interfaces of ontology and security. I shall especially take up haves and have-nots regarding the interplay of two fields, then, drive to conclude that not only there is need for security ontology but standardization should be aimed at.
Due to the insertion of semantics to the Web services,meeting user demands will be possible throu... more Due to the insertion of semantics to the Web services,meeting user demands will be possible through logicaldeductions and achieving resolutions automatically. Withthe application of semantic description in content of Webservices it is easier to discover and compose suitableWeb ...
In succession to the successful annual SIN 2007-SIN 2021, SIN 2022 provides an international foru... more In succession to the successful annual SIN 2007-SIN 2021, SIN 2022 provides an international forum for presentation of research and applications of security in information and networks. The SIN 2022 conference will be held in Sousse, Tunisia and accept papers, special sessions, workshops, and tutorials on theory and practice of security of information and networks. The SIN Conference series has been co-organized by prominent institutions and co-hosted by two universities in each of the
COMPSAC offers the opportunity to authors who wish to present new work or work they intend to do ... more COMPSAC offers the opportunity to authors who wish to present new work or work they intend to do based on a recently or soon-to-be published paper. The original paper upon which the new submission is based must have been published or accepted for publication in a peer-reviewed, IEEE or IPSJ journal after January 2019.
Authors of papers published in a peer-reviewed journal (or accepted for publication) are invited ... more Authors of papers published in a peer-reviewed journal (or accepted for publication) are invited to present a two-page description of their planned extension to the content of that paper for presentation and publication in the proceedings at this year’s COMPSAC. Further info and submission link are at https://ieeecompsac.computer.org/2023/jc-cj/
Health management and analytics; Big data in health; Healthcare IoT applications; IoT Medical Dev... more Health management and analytics; Big data in health; Healthcare IoT applications; IoT Medical Devices; Electronic health records; Knowledge management, data and text mining in health; Algorithms and methods for gathering clinically-relevant knowledge from IoT devices; Health applications using social media technologies and services; Clinical decision support systems and tools; Expert Systems for Healthcare; Evidence-based practice; E-health oriented software architectures; E-health applications; Semantic web and E-health systems; Smart health systems and applications; Biomedical semantics; Health informatics and its applications; Modeling of health service usage; Innovations and future developments in healthcare technologies; Security, privacy and protection of personal data in health systems; IoT and IoE for healthcare; Cloud sensors for healthcare systems; Wireless Body Area Sensor Networks; Secure data transmission in healthcare and medical sciences; Medical data storage and processing in Cloud; Training and learning algorithms in healthcare systems; Reliability and Fault-Tolerant in healthcare systems; Wearable and implantable medical devices; Telecare and telehealth; Home monitoring systems; E-Health & M-Health with advanced computing techniques; IoT-based Active and Healthy Ageing technologies; Blockchain technology in healthcare; Cancer detection, treatment and care using IoT, Fog & Cloud Computing approaches; IoT medical devices' energy efficient design and development; Energy efficient communication for smart monitoring in IoT medical. Track 2: Artificial Intelligence with Web Technologies and Data (AIWD) Data science and Machine learning models; Applications of machine learning; Machine learning for schema matching, instance matching, search, and retrieval; Machine learning models on knowledge bases and semantic networks; Linked data management and analytics; Big data analytics and applications; Automated and traditional information retrieval and applications; Data mining and applications; Deep Learning and applications; Data-driven services and applications.
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Further info and submission link are at https://ieeecompsac.computer.org/2023/jc-cj/
Cheers,
Atilla Elci, Ph.D.
IEEE Senior Member
Let's retard the coronavirus: stay home, remain safe!
Haydi taçlı virüsü geriletelim: evde kal, güvende ol!
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