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A web service is a programmatically available application logic which can be described using Web Services Description Language (WSDL) or Semantic Web Ontology Language which allows software agents to discover, invoke and execute web services automatically. The aim of this paper is to create domain ontology and semantic web services to describe and define the concepts specific to web services for prepositional logic and set theory which comes under discrete mathematics. The resultant semantically enriched web services can be used to characterize the service in a more meaningful way than the existing WSDL thereby opening the possibility to automatic service discovery and use.

Web Services; Semantic Web; Ontology; Prepositional Logic; Set Theory; Discrete Mathematics

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A. Sheeba, A. Chandrasekar, P. Veerasingam, "Semantically enriched OWL-S Files for Mathematical Web Services," International Journal of Computer Sciences and Engineering, Vol.1, Issue.2, pp.1-4, 2013.

The purpose of this paper is to develop a decision support system based on a process of knowledge extraction. This system allows the prediction of the empowerment of a patient with cancer treated by chemotherapy. The first part of this article outlines the process of empowerment of the patient. The second part explains the principle of decision support systems and the principle of the Knowledge Discovery from Databases (KDD), inspired by the data mining method. The third section describes the approach for the implementation of the system. The fourth section applies this approach to raw data of the different patients.

Empowerment, DSS, KDD, Holon

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A. Abouabdellah, A. Cherkaoui, "Simulation of the Instantaneous Prediction of a Cancer Patient�s Empowerment," International Journal of Computer Sciences and Engineering, Vol.1, Issue.2, pp.6-10, 2013.

Low control overhead and Low energy consumption are two key issues in wireless ad hoc sensor networks to improve protocol efficiency. They decide the quality of service provided by the protocol. Dynamic Source Routing (DSR) and AODV (Ad hoc on demand distance vector) are preferred routing protocols in wireless sensor networks. The routing overhead of DSR and AODV is a drawback in power-constrained environment. This is directly proportional to the path length. This paper presents enhanced and efficient routing algorithms, namely EEDSR and EEAODV with a local route low energy consumption model for DSR and AODV. This model reduces the routing overhead and consumes less energy during data transfer and thus improves the efficiency of Ad Hoc sensor network.

Wireless Sensor Network, EEAODV, EEDSR, Ad-hoc

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[12] Sanchita Gupta and Pooja Saini, �Modified Pairwise Key Pre-distribution Scheme with Deployment Knowledge in Wireless Sensor Network�, ISROSET-IJSRNSC, Volume-01 , Issue-02, Page No : 21-23, May -Jun 2013

S. Agrawal, K.D. Kulat, M. B.Daigavane, "Evaluation of Routing Algorithm for Ad-hoc and Wireless Sensor Network Protocol," International Journal of Computer Sciences and Engineering, Vol.1, Issue.2, pp.11-18, 2013.

This review paper basically divided in two parts out of which first part focuses on the existing topologies that are used in the wireless sensor networks and second part emphasis on the architecture of the node. As we all know that wireless sensor network technology is the application oriented technology so topology and architecture of the network will always vary from application to application i.e. dynamic in nature. The development and deployment of the nodes always differ from traditional technologies; no doubt initially the traditional technology has been used but the excessive use of traditional technology changed the scenario. Now these topologies are used with hybrid techniques i.e. topologies with additional features & advantages and same the case with node architecture. As many of WSN applications need the networking alternatives to improve the cost reduction, efficiency and security aspects so in this review report we are discussing all the topologies used and the hybridized changes that had been done in past and can be done in future on the architecture of the WSN node.

Data Dissemination, Topology, Node Architecture, Hybrid Changes and Cost Reduction

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S. Sharma, D. Kumar and K. Kishore, "Wireless Sensor Networks- A Review on Topologies and Node Architecture," International Journal of Computer Sciences and Engineering, Vol.1, Issue.2, pp.19-25, 2013.