Smart Jamming Attacks in Wireless Networks During a Transmission Cycle: Stackelberg Game with Hierarchical Learning Solution

Abstract

Due to the broadcast nature of the shared medium, wireless communications become more vulnerable to malicious attacks. In this paper, we tackle the problem of jamming in wireless network when the transmission of the jammer and the transmitter occur with a non-zero cost. We focus on a jammer who keeps track of the re-transmission attempts of the packet until it is dropped. Firstly, we consider a power control problem following a Nash Game model, where all players take action simultaneously. Secondly, we consider a Stackelberg Game model, in which the transmitter is the leader and the jammer is the follower. As the jammer has the ability to sense the transmission power, the transmitter adjusts its transmission power accordingly, knowing that the jammer will do so. We provide the closed-form expressions of the equilibrium strategies where both the transmitter and the jammer have a complete information. Thereafter, we consider a worst case scenario where the transmitter has an incomplete information while the jammer has a complete information. We introduce a Reinforcement Learning method, thus, the transmitter can act autonomously in a dynamic environment without knowing the above Game model. It turns out that despite the jammer ability of sensing the active channel, the transmitter can enhance its efficiency by predicting the jammer reaction according to its own strategy.

Authors and Affiliations

Moulay Abdellatif LMATER, Majed Haddad, Abdelillah Karouit, Abdelkrim Haqiq

Keywords

Related Articles

Use of Blockchain in Healthcare: A Systematic Literature Review

Blockchain is an emerging field which works on the concept of a digitally distributed ledger and consensus algorithm removing all the threats of intermediaries. Its early applications were related to the finance sector b...

Optimized Order of Software Testing Techniques in Agile Process – A Systematic Approach

The designing, development of a software product needs lot of efforts whereas software testing is also a very challenging task but it is equally mandatory activity in order to ensure the quality of the product before shi...

A Review of Bluetooth based Scatternet for Mobile Ad hoc Networks

Bluetooth based networking is an emerging and promising technology that takes small area networking to an enhanced and better level of communication. Bluetooth specification supports piconet formation. However, scatterne...

A New 30 GHz AMC/PRS RFID Reader Antenna with Circular Polarization

The work on this guideline focus on the development and the design of a circularly polarized metallic EBG antenna fed by two microstrip lines. In order to achieve that purpose, a list of indicative specifications has bee...

OSPF vs EIGRP: A Comparative Analysis of CPU Utilization using OPNET

Routing is difficult in enterprise networks because a packet might have to traverse many intermediary nodes to reach the final destination. The selection of an appropriate routing protocol for a large network is difficul...

Download PDF file
  • EP ID EP286399
  • DOI 10.14569/IJACSA.2018.090451
  • Views 59
  • Downloads 0

How To Cite

Moulay Abdellatif LMATER, Majed Haddad, Abdelillah Karouit, Abdelkrim Haqiq (2018). Smart Jamming Attacks in Wireless Networks During a Transmission Cycle: Stackelberg Game with Hierarchical Learning Solution. International Journal of Advanced Computer Science & Applications, 9(4), 358-365. https://europub.co.uk/articles/-A-286399