Rupinder Kaur ¹, Paramdeep Singh ¹, Gurjot Singh Gaba ¹, Ruchi Pasricha ²

Affiliations
1 Electronics and Communication Department, Lovely Professional University, Jalandhar - 144411, Punjab, IN
2 Electronics and Communication Department, Chandigarh Engineering College, Mohali -140307, Punjab, IN

Abstract

The proposed system introduces a Distributed Dynamic Source Routing (D-DSR) protocol to secure the network effectively which can inhibit the attacker from copying response of the packets. A multi-path secured routing scheme is used in the work. Reliability and performance of the protocol is measured through packet delivery ratio, attack prevention efficiency, path optimality and routing packet overhead. The results obtained exhibits high security and low false alarm rate.

Keywords

Adhoc on Demand Distance Vector Routing, Distributed - DSR, Mobile Adhoc Networks, Performance Enhancement Routing

Full Text

   

Rupinder Kaur ¹, Pardeep Singh ¹

Affiliations
1 Chandigarh University, Mohali – 140413, Punjab, IN

Abstract

Task consolidation technology in Cloud Computing is an upcoming advancement and an effective approach to decrease the energy-consumption. Cloud environment application provider’s main goal is to consume the resources perfectly and gain maximum profit. This goal leads to job scheduling as a main focus and challenging issues in cloud environment. So for this, in this paper, horizontal clustering technique is applied on job to cluster the list of jobs from the same level. The clustering of task takes place on the basis of priority of tasks. The similar property tasks cluster on one machine as to execute similar tasks collectively.

Keywords

Cloud Computing, Datacenter Architecture, Energy Consumption, Horizontal Clustering Scheduling.

Full Text

   

Rupinder Kaur ¹, Rajeev Kumar Bedi ¹, Sunil Kumar Gupta ¹

Affiliations
1 Department of Computer Science and Engineering, Beant College of Engineering and Technology, Gurdaspur – 143621, Punjab, IN

Abstract

Objectives: Wireless Body Area Networks (WBANs) have gained immense popularity among researchers and this field has also touched the health sector. In this paper we have analyzed the various methods that are used to ensure the QoS in body nodes in WBANs. Methods/Statistical Analysis: The better functioning nodes with longevity of the battery nodes help to exchange the messages between the nodes uninterruptedly. Various works are presented each for improving the quality of one part or another of the network. The importance of the various methods and how these have benefitted in the better management of the sensor nodes has also been presented. The review of the researches that are undergoing in this field has been given. Findings: The body nodes work more efficiently if the interrupted energy supply is provided to them. Energy can be collected from the body movements also and can prove to be more beneficially limiting the health constraints of removing batteries again and again. Some scheduling algorithms can reduce the interference between the nodes and the routing protocols can manage the data traffic among the WBAN. The power optimizing techniques reduce the power consumption and the data loss. So many techniques provide the much needed quality of service in WBAN. Novelty/Improvement: The paper brings out various techniques which assist in better WBAN thus reinforces the use of wireless sensors in the health domain with better quality.

Keywords

Body Nodes, Energy Harvesting, Medium Access Control (MAC), Quality of Service (QoS), Wireless Body Area Network (WBAN)

Full Text