Information sequences of bound solitons

On basis of numerical simulations we have forward a way to realize high-stable noise-proof information sequences of ultrashort pulses, whose unique properties are caused by properties of the bound structural solitons. Coding of the information in such sequences is carried out through a distribution along the soliton train of various types of bonds between neighboring solitons. For pair bound solitons we have found possible types of the bound states, each of which is determined by its quantized energy level, its distances between the solitons in the stationary bound state, its distribution of radiation in such two soliton molecule. One of such types of bound states is realized in each pair of neighboring solitons in multisoliton train.