A New Web Service Model Based on QoS

Liu, Guoqi; Zhu, Zhiliang; Li, Yiqiang; Li, Dancheng; Cui, Jiayue

doi:10.1109/iuce.2009.45

Cited by 8 publications

(2 citation statements)

References 13 publications

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“…Another important area of routing that is also not to be confused with Resilient Routing is Quality of Service (QoS) routing [15]. QoS has become more and more important with the growth of new areas such as the Internet of things [16], voice over IP and video on demand [17]. The basic principle of QoS routing is the identification and usage of the fastest and most consistence connection available to the client at the time.…”

Section: An Overview On Resilient Routing In Telecommunication Networkmentioning

confidence: 99%

NNIR: N-Non-Intersecting-Routing Algorithm for Multi-Path Resilient Routing in Telecommunications Applications

Veryard¹,

Hagras²,

Starkey³

et al. 2020

IJCIS

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In this paper, we will present a N-Non-Intersecting-Routing (NNIR) algorithm which is used to reduce the cost of resilient routing in telecommunications problems. Resilient Routing is the connections between two locations in a graph through the use of N completely independent routes. Resilient Routing is applicable in a wide variety of domains including telecommunications, logistics and embedded systems design. The proposed NNIR algorithm increase the cost of the primary route by taking a less optimal route, thus freeing a more optimal route for the resilient routes, in turn reducing the total cost of both routes. This is achieved through the use of a Genetic Algorithm, Dijkstra's Algorithm and the repair operator. The proposed NNIR shows an average improvement of 34.2% when compared to Dijkstra's Algorithm (one of the most widely used algorithm routing). Similarly, there is an average improvement of 34.2% when compared to A* (another popular shortest path algorithm). Additionally, there is an average improvement of 26.9% when compared to Simulated Annealing (a popular evolutionary technique used within routing problems). In this paper we show how NNIR performs within two different routing domains (telecommunications routing and road routing), and compares it against three other routing techniques to solve the resilient routing problem.

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Section: An Overview On Resilient Routing In Telecommunication Networkmentioning

confidence: 99%

NNIR: N-Non-Intersecting-Routing Algorithm for Multi-Path Resilient Routing in Telecommunications Applications

Veryard¹,

Hagras²,

Starkey³

et al. 2020

IJCIS

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show abstract

“…However BPEL4WS suffers from a number of limitations: (1) its weak representation of roles involved in business processes, (2) its lack of support for semantic information, and (3) its lack of support for business agreements which translate into non-functional QoS requirements in our presented system. Semantic service description is the base for service discovery in mobile environments [21]. It describes the functional and non-functional properties of services and their inherent relationships.…”

Section: Service Model and Composition Planmentioning

confidence: 99%

QoS-Based Composition of Service Specific Overlay Networks

Ridhawi

Karmouch

2015

IEEE Trans. Comput.

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Optimization of service compositions represents a challenging area of research in mobile networks. The use of formal semantic descriptions of service interfaces and functionalities enable automated reasoning over service compositions. The growing challenge of finding effective methods to satisfy non-functional QoS requirements of customers exacerbates the composition problem. Fuzzy reasoning provides an effective means to represent QoS concepts that are vague or approximate thus providing a flexible best-match service query scheme. This paper presents a new fuzzy-induced, semantic-similarity-based service-specific overlay network composition over a hybrid service overlay network. The presented composition method allows for efficient, accurate, and QoS-aware component service discovery, composition, and execution. We demonstrate that our approach provides better performance and reduced composition delay when compared to other service-composition solutions.

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A Three-Step Service Experience Approach with Feedback for Service Provider

Yang

et al. 2011

2011 IEEE Asia-Pacific Services Computing Conference

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A New Web Service Model Based on QoS

Cited by 8 publications

References 13 publications

NNIR: N-Non-Intersecting-Routing Algorithm for Multi-Path Resilient Routing in Telecommunications Applications

NNIR: N-Non-Intersecting-Routing Algorithm for Multi-Path Resilient Routing in Telecommunications Applications

QoS-Based Composition of Service Specific Overlay Networks

A Three-Step Service Experience Approach with Feedback for Service Provider

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