A genetic algorithm approach for self-encoded spread spectrum sequence synchronisation
is proposed. The synchronisation performance is analysed, under different signal-to-noise …

In this paper, we apply iterative detection to typical time hopping (TH) pulse position
modulation (PPM) ultra wideband (UWB) spread spectrum systems. Unlike a typical TH-PPM …

Self-encoded spread spectrum (SESS) is a novel modulation technique that acquires its
spreading sequence from the randomness of an input data stream rather than through the …

Self-encoded spread spectrum (SESS) employs non-deterministic spreading codes that
have been generated from the random information source and provide unique advantages …

Self-encoded spread spectrum (SESS) is a novel modulation technique that acquires its
spreading code from a random information source, rather than using the traditional pseudo …

Self‐encoded spread spectrum (SESS) is a novel communication technique that derives its
spreading code from the randomness of the source stream rather than using conventional …

Self-encoded spread spectrum systems derive spreading codes from the data stream and
have been shown to achieve a 3 dB power gain while providing time diversity for robust …

In this paper, we study the performance of self-encoded spread spectrum (SESS) system
under pulsed noise jamming and show that iterative detection can improve the bit-error rate …

Self‐encoded spread spectrum (SESS) is a novel modulation technique that acquires its
spreading sequence from the random input data stream rather than using the traditional …

In self-encoded spread spectrum (SESS), the traditional transmitting and receiving PN code
generators are not needed. Instead, the spreading codes are extracted from the user's …