Multi-function radar emitter modelling: a stochastic discrete event system approach. - Nikita Visnevski; Vikram Krishnamurthy; Simon Haykin 001; Brian W. Currie; Fred A. Dilkes; Pierre Lavoie (CDC, 2003)

Hidden Markov models for radar pulse train analysis in electronic warfare. - Nikita Visnevski; Simon Haykin 001; Vikram Krishnamurthy; Fred A. Dilkes; Pierre Lavoie (ICASSP (5), 2005)

Threat Estimation by Electronic Surveillance of Multifunction Radars: A Stochastic Context Free Grammar Approach. - Alex Wang; Vikram Krishnamurthy; Fred A. Dilkes; Nikita A. Visnevski (CDC, 2006)

Embedded Instrumentation Systems Architecture for Mobile Wireless Sensing Platforms. - Nikita Visnevski; Timothy Johnson (ICWN, 2007)

Syntactic Modeling and Signal Processing of Multifunction Radars: A Stochastic Context-Free Grammar Approach. - Nikita Visnevski; Vikram Krishnamurthy; Alex Wang; Simon Haykin 001 (Proc. IEEE, 2007)

Modeling and simulation for unmanned and autonomous system test and evaluation. - Mauricio Castillo-Effen; Nikita Visnevski; Raj Subbu (PerMIS, 2009)

Evolutionary framework for test of autonomous systems. - Raj Subbu; Nikita Visnevski; Philipp Djang (PerMIS, 2009)

OASIS: A Service-Oriented Architecture for Dynamic Instrumentation of Enterprise Distributed Real-Time and Embedded Systems. - James H. Hill; Hunt Sutherland; Paul Stodinger; Thomas Silveria; Douglas C. Schmidt; John M. Slaby; Nikita Visnevski (ISORC, 2010)

Testing and evaluation aspects of integration of unmanned air systems into the national air space. - Mauricio Castillo-Effen; Nikita Visnevski (PerMIS, 2010)

OASIS: an architecture for dynamic instrumentation of enterprise distributed real-time and embedded systems. - James H. Hill; Hunt Sutherland; Paul Staudinger; Thomas Silveria; Douglas C. Schmidt; John M. Slaby; Nikita Visnevski (Comput. Syst. Sci. Eng., 2011)

Scalable Optimal Flexibility Control, modeling and estimation of commercial buildings. - Reza Ghaemi; Aditya Kumar; Pierino Bonanni; Nikita Visnevski (ACC, 2020)

TRACE: Toolkit for Requirements Analysis, Capture, and Elicitation. - Sarat Chandra Varanasi; Baoluo Meng; Robert Lorch; Abha Moitra; Kit Siu; Saswata Paul; Michael Durling; Neha Beniwal; Nikita Visnevski (NFM, 2025)