Game Theory Based Security in Wireless Body Area Network with Stackelberg Security Equilibrium

Somasundaram, M.; Sivakumar, R.

doi:10.1155/2015/174512

Cited by 6 publications

(5 citation statements)

References 19 publications

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“…The tracking of a user's biological processes also raises security problems. As a more secure way to access patient data on WBAN, Somasundaram and Sivakumar 3 recommends Game Theory with Stackelberg Security Equilibrium (GTSSE). The purpose of the power and authority was first to oversee the patients.…”

Section: Related Workmentioning

confidence: 99%

“…To maintain the rising transmission reliability demands of WBANs, the cohabitation problem has undergone extensive research. Several studies [2][3][4] have been done on the performance degradation of WBANs in diverse environments. However, these studies only measure performance and do not provide useful detection or coexistence prediction schemes.…”

Section: Introductionmentioning

confidence: 99%

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A game theory‐based approach for the study of inter‐interference in coexisting wireless body area networks

Priyanka¹,

Jayaparvathy²

2023

Int J Communication

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SummaryA wireless body area network (WBAN) enables the continuous monitoring of health conditions including heart rate, temperature, and glucose levels. It is composed of several sensors that are placed on the body. The network's performance is significantly affected by the unpredictable movements of the human body. Due to the varying proximities between them, the existence of several WBANs creates a challenge when mobility is involved. In this fictitious scenario, we consider a park area with both mobile and static WBANs or WBAN‐equipped individuals passing through the park who have varying degrees of mobility. When a mobile WBAN passes a static WBAN and is within a minimum distance of the static WBAN, they pair up and immediately interfere. Inter‐interference caused by WBANs operating in a limited area causes packet loss and performance deterioration. In this work, static WBAN locations are optimised to minimise interference and system inter‐interference problems are addressed by a game theoretic method. This paper formulates a flexible game theoretic framework to study WBAN coexistence using the expected pay‐off function considering a two‐player game. It is observed from the results obtained that the probability of interference caused by fast mobile WBANs is reduced to a maximum of 50% compared with that caused by slow mobile WBANs thereby reducing the need for relocation of static WBANs.

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Section: Related Workmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

A game theory‐based approach for the study of inter‐interference in coexisting wireless body area networks

Priyanka¹,

Jayaparvathy²

2023

Int J Communication

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“…This work discusses the secure patient health data transmission in the body sensor networks [ 48 ]. The main intention of the work is listed as follows.…”

Section: Security Model Development Using Game Theory and Equilibrium...mentioning

confidence: 99%

“…However, when compared to the state-of-the-art works, the security is comparatively better than the two other methods because the proposed GTSSE mechanism uses organizer decision in WBAN and handles the information through game theory approach. So, the security is improved by 7.89% when compared to SWS-HM and 26.95% compared to BGKM, respectively [ 48 ].…”

Section: Security Model Development Using Game Theory and Equilibrium...mentioning

confidence: 99%

Analysis of Security Issues in Wireless Body Area Networks in Heterogeneous Networks

Muthuvel¹,

Rajagopal

Subramaniam

2022

Sensors

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Body Area Network (BAN) is one of the most important techniques for observing patient health in real time and identifying and analyzing diseases. For effective implementation of this technology in practice and to benefit from it, there are some key issues which are to be addressed, and among those issues, security is highly critical. WBAN will have to operate in a cooperative networking model of multiple networks such as those of homogeneous networks, for the purpose of performance and reliability, or those of heterogeneous networks, for the purpose of data transfer and processing from application point of view, with the other networks such as the networks of hospitals, clinics, medical experts, etc. and the patient himself/herself, who may be moving from one network to another. This paper brings out the issues related to security in WBAN in separate networks as well as in multiple networks. For WBAN working in a separate network, the IEEE 802.15.6 standard is considered. For WBANs working in multiple networks, especially heterogeneous networks, the security issues are considered. Considering the advancements of artificial intelligence (AI), the paper describes how AI is addressing some challenges faced by WBAN. The paper describes possible approaches which can be taken to address these issues by modeling a security mechanism using various artificial intelligence techniques. The paper proposes game theory with Stackelberg security equilibrium (GTSSE) for modeling security in heterogeneous networks in WBAN and describes the experiments conducted by the authors and the results proving the suitability of the modeling using GTSSE.

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“…Experiments are being carried out using the proposed approach on features like the security ratio considering health information about the patient, level of system flexibility, energy consumption rate and information loss rate. SSE (Stackelberg Security Equilibrium) is reported to enhance the power of the solution by yielding decreased security [16].…”

Section: Renan C a Alves Et Al Proposes Multiple Communication Patmentioning

confidence: 99%

Optimized Routing Protocols for Data Monitoring in Wireless Sensor Network

Ameen*¹,

Jamal²,

Raj³

2019

IJRTE

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In recent, the wireless networking technologies have witnessed monumental growth. The discovery of IEC (Integrated Electronic Circuits) which provide minute, intelligent sensory nodes that are being embedded within the human body has resulted in the formation of WBANs - Wireless Body Area Networks. The technology of WSN (wireless sensor networks) aids in uninterrupted monitoring of an individual’s health and the patient’s diabetes practice period with no involvement in patient’s mundane activities on local servers. There is a central sink node present within the sensor network, which supervises wireless transmission, optimizes the lifetime of the network and picks out the optimal path. The present research work proposes the framework of DCDH-SRP (dynamic channel direction and hop count based secure routing protocol) also termed as a secure communication monitoring system for transmitting and receiving the sensitive data in a secured way form the server to the network users. In the enhanced EAODV protocols, each node possesses the transmission rate as TX and receiving rate being RX. TX and RX rely upon the chosen optimal path. ACO - Ant Colony Optimization which is founded on the ODMRP-ACO (optimized dynamic, secure multipath routing protocol) is adapted for transmission of data in the wireless sensor networks. ACO determines the shortest path amidst the source and the destination node. The protocol recommended is DCDH-SRP which aids in data transmission and determining of shortest path relies upon the direction of dynamic channel node and minimum hop count in wireless sensor networks. For analyzing the performance related to the path duration and hop count metric, a network (n) model for DCDH-SRP is being formulated. A comparison is made between the proposed system and the improvised (Enhanced -Ad Hoc On-Demand Distance Vector) EAODV and (Optimized Dynamic Multi-path Routing Protocol- Ant Colony Optimization) ODMRP-ACO (of an earlier work). According to the output generated, the performance is enhanced using the proposed protocol than the other existing systems. In order to verify the mathematical models and perform extensive testing of the proposed protocol, the NS2 simulator is adopted. Remarkable and improvised performance is revealed by the DCDH-SR Protocols

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Game Theory Based Security in Wireless Body Area Network with Stackelberg Security Equilibrium

Cited by 6 publications

References 19 publications

A game theory‐based approach for the study of inter‐interference in coexisting wireless body area networks

A game theory‐based approach for the study of inter‐interference in coexisting wireless body area networks

Analysis of Security Issues in Wireless Body Area Networks in Heterogeneous Networks

Optimized Routing Protocols for Data Monitoring in Wireless Sensor Network

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