Santosh Sahu - Academia.edu (original) (raw)

Santosh Sahu

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International Journal of Electrical and Computer Engineering (IJECE)

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Indian Institute of Space Science and Technology, Trivandrum, India

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Thomas Lagkas

Manzoor Hashmani

Prof. Rahul Rishi CSE, UIET

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Papers by Santosh Sahu

Research paper thumbnail of Secure and Proficient Cross Layer (SPCL) QoS Framework for Mobile Ad-hoc

International Journal of Electrical and Computer Engineering (IJECE), 2019

A cross layer QoS framework is a complete system that provides required QoS services to each node... more A cross layer QoS framework is a complete system that provides required QoS services to each node present in the network. All components within it cooperate together for providing the required services. In existing QoS frameworks there is no security mechanism provided while Security is a critical aspect for QoS in the MANET environment. Cross layer QoS framework tend to be vulnerable to a number of threats and attacks like, over/under-reporting of available bandwidth, over-reservation, state table starvation, QoS degradation, information disclosure, theft of services timing attack, flooding attack, replay attack, and denial of service (DoS) attack, attacks on information in transit and attacks against routing. So it is necessary when designing protocols for QoS framework, the harmony between security and QoS must be present as one impacts the others. In this work we proposed secure and proficient cross layer (SPCL) QoS frameworks which prevents from various types of threats and ...

Research paper thumbnail of Accumulating Path Information in AODV for Ad-Hoc Network

2011 International Conference on Computational Intelligence and Communication Networks, 2011

An ad-hoc network is the cooperative engagement of collection of mobile nodes without the require... more An ad-hoc network is the cooperative engagement of collection of mobile nodes without the required intervention of any centralized access point or exiting infrastructure. The need for an efficient routing protocol in mobile ad hoc network is widely proclaimed. A lot of routing protocols have been proposed. They are categorized into three parts according to the way how their routing

Research paper thumbnail of Enhanced Cost231 W.I. Propagation Model in Wireless Network

International Journal of Computer Applications, 2011

Implementations of wireless network wave propagation models are necessary to determine propagatio... more Implementations of wireless network wave propagation models are necessary to determine propagation characteristic through a medium. Propagation study provides an estimation of signal characteristics. This paper evaluates about propagation models, their path loss behavior, propagation mechanisms, and propagation prediction techniques. A propagation model is a set of mathematical expressions, diagrams, and algorithms used to represent the radio characteristics of a given environment. The accuracy of any particular propagation model in any given condition will depend on the suitability among the constraints required by the model and depend on terrain. This paper proposes new semi deterministic model derived by walficsh and Ikagami, this model simulation results represents the accuracy in terms of through put, end to end delay, average jitter and total packet received with respect to cost 231 Hata model and cost 231 (W.I) models and also shows some limitations, proposed model is unable to calculate multiple reflection loss caused by multi screen.

Research paper thumbnail of Secure and Proficient Cross Layer (SPCL) QoS Framework for Mobile Ad-hoc

International Journal of Electrical and Computer Engineering (IJECE), 2019

A cross layer QoS framework is a complete system that provides required QoS services to each node... more A cross layer QoS framework is a complete system that provides required QoS services to each node present in the network. All components within it cooperate together for providing the required services. In existing QoS frameworks there is no security mechanism provided while Security is a critical aspect for QoS in the MANET environment. Cross layer QoS framework tend to be vulnerable to a number of threats and attacks like, over/under-reporting of available bandwidth, over-reservation, state table starvation, QoS degradation, information disclosure, theft of services timing attack, flooding attack, replay attack, and denial of service (DoS) attack, attacks on information in transit and attacks against routing. So it is necessary when designing protocols for QoS framework, the harmony between security and QoS must be present as one impacts the others. In this work we proposed secure and proficient cross layer (SPCL) QoS frameworks which prevents from various types of threats and ...

Research paper thumbnail of Accumulating Path Information in AODV for Ad-Hoc Network

2011 International Conference on Computational Intelligence and Communication Networks, 2011

An ad-hoc network is the cooperative engagement of collection of mobile nodes without the require... more An ad-hoc network is the cooperative engagement of collection of mobile nodes without the required intervention of any centralized access point or exiting infrastructure. The need for an efficient routing protocol in mobile ad hoc network is widely proclaimed. A lot of routing protocols have been proposed. They are categorized into three parts according to the way how their routing

Research paper thumbnail of Enhanced Cost231 W.I. Propagation Model in Wireless Network

International Journal of Computer Applications, 2011

Implementations of wireless network wave propagation models are necessary to determine propagatio... more Implementations of wireless network wave propagation models are necessary to determine propagation characteristic through a medium. Propagation study provides an estimation of signal characteristics. This paper evaluates about propagation models, their path loss behavior, propagation mechanisms, and propagation prediction techniques. A propagation model is a set of mathematical expressions, diagrams, and algorithms used to represent the radio characteristics of a given environment. The accuracy of any particular propagation model in any given condition will depend on the suitability among the constraints required by the model and depend on terrain. This paper proposes new semi deterministic model derived by walficsh and Ikagami, this model simulation results represents the accuracy in terms of through put, end to end delay, average jitter and total packet received with respect to cost 231 Hata model and cost 231 (W.I) models and also shows some limitations, proposed model is unable to calculate multiple reflection loss caused by multi screen.

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