Our paper, titled as "Parallel Cameras" [1], is accepted by Optica for publication! This is a joint work with Prof. Brady's group at Duke University.
Abstract: Parallel lens systems and parallel image signal processing enable cost efficient and compact cameras capturing gigapixel scale images. This paper reviews the context of such cameras in the developing field of computational imaging and discusses how parallel architectures impact optical and electronic processing design. Using array camera operating system initially developed under the DARPA AWARE program, we illustrate the state of parallel camera development with example 100 megapixel videos.
Optica is one of the most pretigious journals, which serves the full breadth of the optics and photonics community.
Impact Factor: 7.727 (ranked 5th out of 92 journals)*
Immediacy Index: 1.579 (ranked 6th out of 92 journals)*
Article Influence Score: 3.346 (ranked 4th out of 92 journals)*
Google Scholar h5-index: 38†
Median Time to Publication: 105 days
[1] D. J. Brady, W. Pang, H. Li, Z. Ma, T. Yue, and X. Cao, "Parallel Cameras", Optica, 2018.