Free space optical communication systems are the future of the communication systems
which can meet the needs of the end users who are demanding high bandwidths to support …

Quantum dot infrared photodetectors (QDIPs) are more efficient than other types of
semiconductor based photodetectors; so it has become an actively developed field of …

In this paper, the basics and some of the recent developments in quantum dots-in-a-well
(DWELL) focal plane arrays (FPAs) are reviewed. Fundamentally, these detectors represent …

Quantum dot infrared photodetectors (QDIPs) have many advantages over other types of
semiconductor-based photodetectors. However some of its characteristics have been …

The aim of this manuscript is to study a performance of quantum wire infrared photodetectors
(QRIPs) in the case of im**ing by infrared (IR) radiations. Photocurrent will be induced as …

This paper presents a method to evaluate and improve the performance of quantum dot
infrared photodetectors (QDIPs). We proposed a device model for QDIPs. The developed …

Vehicular Ad-Hoc Networks (VANET) is a research venue that promises for many useful
applications. Most of these applications require a precise real-time positioning system for …

The main objective of this manuscript is to assign the optical response wavelength range
that can be covered by this type of semiconductor-based photodetectors, quantum wire …

The paper focuses on the performance of quantum-wire infrared photodetectors (QRIPs)
under dark condition. The effects of the average quantum wire density, the lateral size and …

This paper presents a theoretical analysis for the dark current characteristics of different
quantum infrared photodetectors. These quantum photodetectors are quantum dot infrared …