Orthogonal Exponential Spline Pulses with Application to Impulse Radio

Masaru Kamada (1) , Semih Özlem (2) , Hiromasa Habuchi (1)

1 Department of Computer and Information Sciences
2 Department of Mathematics and Computer Science

With application to the impulse radio communications in mind, a locally supported and zero-mean pulse which is orthogonal to its shifts by integers is sought among the exponential splines having the knot interval 1/2 . An example pulse is obtained that complies with the regulation imposed by the US Federal Communications Commission and will potentially enable an impulse radio communications system as fast as 6G pulses per second.

Domaines: Traitement du signal et de l'image [eess.SP]; Traitement du signal et de l'image [eess.SP]

Masaru Kamada, Semih Özlem, Hiromasa Habuchi. Orthogonal Exponential Spline Pulses with Application to Impulse Radio. SAMPTA'09, May 2009, Marseille, France. Special session on sampling and industrial applications. ⟨hal-00451845⟩