REALIZATION OF RANDOMLY VARIABLE ALL-PASS NETWORKS,
Abstract
A realization of active all-pass networks is presented, which utilizes the same number of reactive elements as poles in the all-pass func tion. The pole positions of this network are then made to vary with the voltage on a varicap and the gm of a gated beam pentode. Means of obtaining step-control voltages with random amplitudes are considered, so that these net works can be used in Monte Carlo solutions to approximation problems. Gaussian noise is passed down a delay line, and if the input and output are sampled simultaneously, the input and output sample values are essentially uncorrelated. To demonstrate the feasibility of such networks, a sample and storage network is illustrated. Veri fication of the postulates is obtained by experimental data and photographs. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Dec 01, 1962
- Accession Number
- AD0419501
Entities
People
- E. Titlebaum
Organizations
- Cornell University