Securing Wireless Communications at the Physical Layer
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Last chapter has demonstrated that wireless cooperative networks can significantly enhance the security performance at physical layer.
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In this chapter, we will give a brief overview of several existing prevalent methods with respect to the cooperation within multi-antenna networks and multi-user networks, for improving the confidentiality. Specifically, we mainly focus on time reversal TR technique, spatial modulation SM technique as the representative multi-antenna cooperative strategies, and D2D transmissions as typical scenarios for investigating cooperation behavior among mobile users.
Table of Contents
The reason why we elaborate such strategies is that they have their own specific characteristics for enhancing the security performance. Typically, the signal focusing property of TR can be exploited to reduce signal leakage to unintended users, hence the secrecy performance is improved. For SM transmission, the system can achieve the same degree of security compared to the conventional MIMO system, while effectively reducing the complexity of system. Finally, there are a number of cooperative techniques can be perfectly implemented in D2D communications, and due to the social interactions among the mobile users, the issues of security can be investigated from a novel perspective.
Each of these methods will be discussed from two aspects: the basic corresponding principles of such techniques and their applications in physical layer security. Specifically, we elaborate the basic transmission models, characteristics, and their practical applications. The issues in physical layer security will be discussed with the current state of research. In wireless communications, signal leakage to unintended receivers may cause severe security risk and co-channel interference. Multiple-antenna cooperation techniques have been exploited and attracted increasing interest because of their good ability to handle the security problem.
Among the corresponding techniques, time reversal TR transmission is identified as a promising wireless technology for wide-band multi-path channels because it can focus energy spatially and temporally by exploiting multi-path propagation [1—3].
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It has been revealed that the great capacity gains can be realized from multiple-input-multiple-output MIMO wireless communications [1—3]. Spatial modulation SM , a MIMO based modulation, has recently emerged as a new transmission method which can effectively reduce the system complexity [4—7]. This chapter explores the physical layer security in SM systems.
We present a secrecy rate analysis for multiple antenna receiver and eavesdropper.
Targeting against passive eavesdroppers in unknown locations, we study the efficacy of active security measures through joint signal and jamming transmission without the typical requirement of eavesdropper channel information. On the other hand, under the same circumstance, we investigate the secrecy performance with space shift keying SSK and generalized space shift keying GSSK , respectively.
We demonstrate the tradeoff of secrecy rate and transmit power with active source jamming by testing the achieved secrecy rate and the bit error rate BER at different receivers, and show the different characteristics of these modulation schemes in terms of secrecy performance. Furthermore, we generalize the precoding-aided spatial modulation PSM to a multiuser downlink scenario.
By elaborately designing the precoding vector, the proposed multiuser PSM scheme has the ability of resisting a multi-antenna eavesdropper [8—11]. Device-to-Device D2D communication based storage offers a potential solution for traffic offloading from the cellular infrastructure, and mobile devices themselves can act as caching servers, i. The content requesters can ask for content items from the helpers among cellular peers without the help of eNodeB.
SECURE WIRELESS NONLINEAR COMMUNICATIONS AT THE PHYSICAL LAYER | Thales
However, the success of such content sharing via D2D links depends on physical conditions of the direct wireless links, which must be weighted against possibly additional security threats in D2D links. To realize the successful content sharing, the selected source node i. Thus, the social interaction between content helpers and content requesters is firstly investigated in this chapter. However, the direct transmission among mobile users also increases the risk of eavesdropping.
Physical Layer Security in Wireless Communications
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Securing Wireless Communications at the Physical Layer
Project description Future Networks. Show the project objective.
Topic s ICT Funding Scheme CP - Collaborative project generic. Website Contact the organisation. Status Closed project. Start date 1 November End date 31 October Deliverables Deliverables not available.
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