Wiretap TDMA Networks With Energy-Harvesting Rechargeable-Battery Buffered Sources. Abstract: We investigate the physical-layer security of an uplink ...

ABSTRACT We investigate the physical-layer security of an uplink wireless time-division multiple-access channel with energy-harvesting source nodes.

We consider a set of source nodes equipped with rechargeable batteries and information buffers communicating confidentially with a base-station, Bob, in the ...

Dive into the research topics of 'Wiretap TDMA Networks With Energy-Harvesting Rechargeable-Battery Buffered Sources'. Together they form a unique fingerprint.

Dive into the research topics of 'Wiretap TDMA Networks with Energy-Harvesting Rechargeable-Battery Buffered Sources'. Together they form a unique fingerprint.

Wiretap TDMA Networks with Energy-Harvesting Rechargeable-Battery Buffered Sources  ... We investigate the physical-layer security of an uplink wireless time- ...

We consider a set of source nodes equipped with rechargeable batteries and information buffers communicating confidentially with a base station, Bob, in the ...

Wiretap TDMA Networks with Energy-Harvesting Rechargeable-Battery Buffered Sources  ... We investigate the physical-layer security of an uplink wireless time- ...

This paper proposes a cross-layer design to secure a set of buffered legitimate source nodes wishing to communicate with a common destination node using a ...

Wiretap TDMA Networks With Energy-Harvesting Rechargeable-Battery Buffered Sources ... Wiretap TDMA Networks With Buffered Nodes. IEEE Transactions on Wireless ...