Optoelectronic Device and System Development for Imaging Through Turbulence
Abstract
Identified a candidate algorithm suitable for imaging through turbulence. The phase diversity algorithm demonstrate good performance mapped the phase diversity algorithms onto an opto-electronic (OE) architecture. Developed in-house flip-chip bonding capability for MQW modulators on Silicon. Demonstrated a functional 4x4 array of MQW modulators designed. fabricated and characterized a dual focal length lens implemented with the two-substrate Birefingent Computer Generated Hologram (BCGH) technology. To simplify the design and fabrication of BCGH components, initiated the investigation of single-substrate BCGH using two approaches, a multiple-order delay (MOD) approach and Form Birefingent Computer Generated Holograms (FBCGH) approach a compact functional package of optically interconnected OE VLSI built of a polarization selective BCGH integrated into a standard PGA package was demonstrated.
Document Details
- Document Type
- Technical Report
- Publication Date
- Mar 01, 1998
- Accession Number
- ADA356149
Entities
People
- Sadik Esener
- Y. Fainman
Organizations
- University of California, San Diego