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Perceptions of Emotional and Social Intelligence Competencies Among Leaders Within Collective Impact Initiatives in Puerto Rico‏

G Bayron-Rivera - 2021‏ - search.proquest.com

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Actually, Specifications of services that reside in repositories are provided with the help of description logic. Several domain specific case studies (e.g. payment processing system, flight scheduling system, medical records) and investigate questions arising during the design of such repositories.

But , Specifications of services that reside in repositories are provided with the help of description logic. Several domain specific case studies (e.g. payment processing system, flight scheduling system, medical records) and investigate questions arising during the design of such repositories.

Whereas, I am particularly interested in Patterns for Service Composition algorithms for matching composition patterns to queries and similarity of services.

Thanks a lot for gracious participation respected Dr Sushma Tayal

But ,Several domain specific case studies (e.g. payment processing system, flight scheduling system, medical records) and investigate questions arising during the design of such repositories.

Whereas, A web service is a software application that is network distributed and identified by a uniform resource identifier (URI) and can be programmatically accessed through the web

As the Internet progresses toward cloud computing, the evolution of web services presents new trends.

First, more and more enterprises provide services on the Internet, and thus the number of web services increases rapidly. Second, semantic information is introduced into web services to describe their functionalities in a computer readable way. Finally, besides the functionalities, quality of services (QoS) draws more and more attention when web services are chosen to build applications

As a result, it becomes a challenge for users to locate and find a proper service quickly from so many candidate services on the Internet

As a result, it becomes a challenge for users to locate and find a proper service quickly from so many candidate services on the Internet

Moreover, it should support composing services with different functions into a large service to meet user requests when no single service can fulfill those requests.

As an example, if the output parameters of one service can be used as the input parameters of another service, these two services can be connected as a new service with input parameters that are the same as the input parameters of the first single service and output parameters that are the same as the output parameters of the second single one.

Generally speaking, web service composition problems can be divided into two categories: manual composition and automatic composition.

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Actually, These techniques have different features and can be applied in different situations. Most planning techniques can model all kinds of web services, including information-providing services and world-altering services.

Eventually, These techniques have different features and can be applied in different situations. Most planning techniques can model all kinds of web services, including information-providing services and world-altering services.

However, even if heuristic functions are used to guide the planning process, the running time still increases exponentially in the optimal searching problem when the search space increases rapidly.

Therefore, efficiency improvement is the key issue for these approaches with classical planning techniques.

However, even if heuristic functions are used to guide the planning process, the running time still increases exponentially in the optimal searching problem when the search space increases rapidly.

Therefore, efficiency improvement is the key issue for these approaches with classical planning techniques

Approaches based on the planning-graph technique filtered active services into layers (the planning-graph) to prune the search space. A planning graph is a very useful and powerful search space in which layers with proposition are connected with directed arcs.

Propositions are symbols presenting the state of real-world targets.

Thus, they have a much higher performance than approaches with the classical planning techniques. Although planning-graph-based approaches mainly model the information-providing services (mutual exclusion is not considered), they still have a good application prospect because information-providing services are the major category of web services on the Internet

Consequently, approaches based on the planning-graph are the most efficient approaches to solve the large-scale (tens of thousands of services) automatic composition of information-providing services.

Up till now, there has been a great deal of successful research performed on service composition;

we review representative approaches with different planning techniques. McIlraith and Son [6] extended the Golog language for automatic composition.

Whereas, Golog is a logic programming language built on top of the situation calculus. This approach addresses the web service composition problem through the provision of high-level generic procedures and customizing constraints.

This approach addresses the web service composition problem through the provision of high-level generic procedures and customizing constraints. Some researchers used a state space search technique to solve the composition problem [8–11]. For these approaches, the design of a heuristic function is very important. Oh et al. [8] used QoS as a factor for the heuristic function, but the value of the estimation function is always less than 1, thus it has little effect in guiding the search process. Wu et al. [10] used the distance between parameters to design the heuristic function, and it is applicable when the service repository is not very large. Sirina et al. [12] proposed an approach by using SHOP2 that was a successful hierarchical task network (HTN) planning system for problem deduction. This approach is applicable because the concept of task decomposition in HTN planning is very similar to the concept of composite process decomposition in OWL-S process ontology. In other words, if we cannot provide decomposition information (e.g., we only describe web services by WSDL), then this approach is not available any more. Based on the HTN approach, many variants emerged. Paik and Maruyama [13] proposed a framework combining logical composition and physical composition for automatic service composition.

Thanks a lot for gracious participation respected Dr Sushma Tayal

then this approach is not available any more. Based on the HTN approach, many variants emerged. Paik and Maruyama [13] proposed a framework combining logical composition and physical composition for automatic service composition

And then this approach is not available any more. Based on the HTN approach, many variants emerged. Paik and Maruyama [13] proposed a framework combining logical composition and physical composition for automatic service composition

the information-providing services (mutual exclusion is not considered), they still have a good application prospect because information-providing services are the major category of web services on the Internet

Therefore, Thus, they have a much higher performance than approaches with the classical planning techniques. Although planning-graph-based approaches mainly model

That's why, Whereas, Golog is a logic programming language built on top of the situation calculus. This approach addresses the web service composition problem through the provision of high-level generic procedures and customizing constraints.

Whereas, we review representative approaches with different planning techniques. McIlraith and Son [6] extended the Golog language for automatic composition.