In this section, we present the service discovery scenarios to evaluate and compare the current web services technology with our proposed framework for semantic web services using existing telecommunication industry data. The evaluated results are based on prototype implementation, using sample data of a leading telecommunication operator in Pakistan, which has its distributed computer centres in nine different cities of Pakistan (name is not cited for privacy conditions).
We performed a typical process of interconnect settlement service discovery. Service have been composed on the bases of agreed rates of billing, subsequently performed all the required configuration which includes number series, trunks, and tariffs selection. We have used bottom-up approach for services creation, given that the billing service providers have WSDL description with web services. According to [29], WSMO offers a model with formal language WSML that describes aspects of Web services.
Ontologies: show the key element in WSMO, offers common terminology used by other WSMO elements and also describe the semantic properties of relations, concepts and set of axioms.
Web Service: interchanges data and couples data in new ways. It also explains the functional, non-functional and behavioural aspects
Goals: donates the aims of the client
Mediators: controls the semantic, structural or conceptual divergence between different components. It can automatically handle interoperability problems.
Semantic Web Services and Goals are explained with reference to the definition of WSMO service and WSMO Goal. Although they have the same structural definition, they differ in representation [11] as depicted in figure 5. Service discovery based on our propo...
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discovery. We have projected an integrated framework composed of WSMX and IRS-III that can efficiently
handle excessive volume of telecommunication services. Projected framework along with its components is discussed in detail.
Our current and future work is oriented to further harness our ontologies with the help of professional telecommunication engineers and domain experts. We are conscious of the challenges ahead that semantic web services could confront particularly during execution in a broad-based industrial applications and hence working on to lessen them. Moreover, we are focusing to figure out further drawbacks and challenges of the semantic web services. More efforts are being made to make the semantic web service in perfect resonance with the modern needs and challenges in order to make it highly dynamic intelligent business application.
Cisco Designs, manufactures, and sells Internet Protocol (IP) - based networking and other products related to the communications and information technology (IT) industry and provide services associated with these products and their use. The company provides products for transporting data, voice within buildings, across campuses and globally. The products are utilized at enterprise businesses, public institutions, telecommunications companies and other service providers, commercial businesses, and personal residences. Cisco conducts its business globally and manages its business geographically. Its business is divided into the following three geographic segments: The Americans; Europe, M...
3. Mark E. Nissen. Commerce Model & the Intelligent Hub. CommerceNet CALS Working Group Presentation. November 1995
This paper is intended to be an introductory tutorial on the Very Large Knowledge Base (VLKB) called CYC. Described herein is the reasoning for the origination of the CYC project, the intended usefulness of the project (application areas), how CYC is being constructed, and a brief introduction to the supporting tools that have been developed to interact with the CYC knowledge base.
Providing Full-Text Access to Eric Digest. n.p. 2003. The 'Secondary' of the 'Secondary' of the Web. The Web. The Web.
Foundational Interoperability is data exchange from one system by another, Structural Interoperability is the exchange of information between systems and it is interpreted in the data field level, and Semantic Interoperability allows multiple system to exchange information (3). Currently I believe our organization is at the structural level, but our end goal of this project is to ensure we achieve Semantic
The first class stereotype is boundary class. The boundary class used to model interaction between the system's surroundings and its inner workings. The boundary class interaction is involves transforming, translating events and noting changes in the system presentation. This class also model the parts of the system that depend on its surroundings. There are also class’s uses to model the parts that are independent of the system's surroundings such as entity classes and control classes. With that, the changing of communication protocol (GUI) mean changing only the boundary classes, not the entity and control classes. The boundary class also use to clarify the system's boundaries. With that, this class make it easier to understand the system. This class also providing a good point of departure for identifying related services for aid d...
Web IS. The importance of web led the classical information systems to transform in order to integrate with web technologies. This means that a web application can access an organization’s dataset. And as we mentioned above, this integration creates new data issues, like security and accessibility.
Benjamins, R., Fensel, D., & Gómez-Pérez, A. (1998), “Knowledge management through ontologies”, CEUR Workshop Proceedings (CEUR-WS. org).
M. Rosemann, P. Green, M. Indulska et al., “Using ontology for the representational analysis of process modeling techniques,” International Journal of Business Process Integration and Management, vol. 4, no. 2, 2009.
ers is a very promising solution to this challenge. A lot of research works have been done in this field,
Over the past few years, Internet-enabled business, or e-business, has drastically improved efficiency and revenue growth. E-business applications such as e-commerce, supply-chain management, and remote access allow companies to streamline processes, lower operating costs, and increase customer satisfaction. Such applications require mission-critical networks that accommodate voice, video, and data traffic, and these networks must be scalable to support increasing numbers of users and the need for greater
It has become extremely difficult to segment voice and data traffic services and revenues in the U.S. market. Voice traffic has historically always represented the bulk of the traffic and revenues in the telecommunications market; however, recent estimates are that voice traffic is growing at a very low (single-digit) percentage rate, while data traffic may be growing at a rate as high as 200% to 300% per year.
“The Internet is becoming the town square for the global village of tomorrow.” Bill Gates. The Internet is vast and is just getting bigger. It has its own community that is open to the public. The Internet is becoming a platform all on its own. It is a stepping-stone in a direction that is unknown. The Internet has become so vast that there are now different versions of it. The different versions of the web are Web 1.0, Web 2.0, the main focus of this paper, and Web 3.0. Web 1.0 is all about sharing information. It is very bland and just gets the point across of what was needed. This how the Internet had started. Web 2.0 is sharing information with interaction. To me this means social media in some fashion. The website that was accessed has a way of interacting with the users whether it be through comments or giveaways on the web. Web 3.0 is the server interacting with the individual on a particular website. Amazon is the best example of Web 3.0 because it gives recommendations based on items that have been searched. “Among American adults 87% use the web, 68% connect...
It has been said that web 3.0 will allow people of automatous agents to perform tasks for some users. There will no longer be search engine, which searches towards the key words you enter, the search engine will be geared more towards the user. It has also been said that web 3.0 is a semantic web which means that it will be data driven.