T. V. Yashina
Papers
1
Total Citations
4
H-Index
1
About
T. V. Yashina is a researcher specializing in thermal imaging and infrared sensor technology, with a particular focus on uncooled microbolometer arrays. Her most cited work, the 2013 paper "Thermal-vision channel based on an uncooled array of microbolometers," details the development of a compact, portable thermal-vision device designed for integration into self-contained systems like unmanned aerial vehicles and robotic platforms. This contribution is notable for advancing the practicality of uncooled thermal sensors, which eliminate the need for bulky cooling mechanisms, thereby enabling lightweight, energy-efficient imaging solutions for autonomous and remote applications. With 4 citations, this paper underscores her role in bridging fundamental sensor design with real-world deployment in robotics and surveillance. Yashina’s work is particularly relevant to students and researchers exploring low-cost thermal imaging for autonomous systems, as it demonstrates how uncooled microbolometer technology can be optimized for field use. Her achievements highlight a commitment to making thermal vision more accessible and versatile, with implications for defense, environmental monitoring, and industrial automation.
Research Focus
Key Achievements
Top Papers
- 1Thermal-vision channel based on an uncooled array of microbolometers4 citations · 2013