Multihop system in case of node failure.

<p>Multihop system in case of node failure.</p

Percentage energy savings and break-even distance ove {−0.3<i>π</i> to 0.3<i>π</i>} for CC2420, with different number of nodes.

<p>Percentage energy savings and break-even distance ove {−0.3<i>π</i> to 0.3<i>π</i>} for CC2420, with different number of nodes.</p

System model.

<p>System model.</p

Break-even distance for CC2420 and AT86RF212.

<p>Break-even distance for CC2420 and AT86RF212.</p

Percentage energy preservation based on the parameters of CC2420.

<p>Percentage energy preservation based on the parameters of CC2420.</p

Details of off-the-shelf products with data and parameters used in simulation.

<p>Details of off-the-shelf products with data and parameters used in simulation.</p

<i>BER</i> over interval {−0.1<i>π</i> to 0.1<i>π</i>} for different number of nodes with fading and total transmitted energy <i>E</i>_<i>b</i>/<i>N</i>₀.

<p><i>BER</i> over interval {−0.1<i>π</i> to 0.1<i>π</i>} for different number of nodes with fading and total transmitted energy <i>E</i>_<i>b</i>/<i>N</i>₀.</p

Geometry of sensor nodes.

<p>Geometry of sensor nodes.</p

Percentage energy savings and break-even distances over {−0.1<i>π</i> to 0.1<i>π</i>}, for AT86RF212, with different number of nodes.

<p>Percentage energy savings and break-even distances over {−0.1<i>π</i> to 0.1<i>π</i>}, for AT86RF212, with different number of nodes.</p

Percentage energy preservation based on the parameters of AT86RF212.

<p>Percentage energy preservation based on the parameters of AT86RF212.</p