Acoustooptic Binary Coding Based on Space-Time Integration and Its Application to Ultrafast High-Resolution Digital-Analog Conversion

The theoretical and experimental background of the novel acoustooptic binary coding realization based on the space-time integration principle is proposed. The possible applications of acoustooptic space-time integration such as ultrafast high-resolution digital-analog conversion is shown. Further advantages of acoustooptic binary coding in the sense of integrated computational media creation are highlighted.