Optimization of Parallel Task Execution on the Adaptive Reconfigurable Group Organized Computing System. - Lev Kirischian (PARELEC, 2000)

Implementation of an Adaptive Reconfigurable Group Organized (ARGO) Parallel Architecture. - Lucas Szajek; Lev Kirischian (PARELEC, 2000)

Architecture-to-Task Optimization System (ATOS) for Parallel Multi-Mode Data-Flow Architectures on a Base of a Partially Reconfigurable Computing Platform. - Fayez Chayab; Lev Kirischian; Lucas Szajek (PARELEC, 2002)

Re-Configurable Parallel Stream Processor with Self-Assembling and Self-Restorable Micro-Architecture. - Lev Kirischian; Irina Terterian; Pil Woo Chun; Vadim Geurkov (PARELEC, 2004)

A Framework for a Dynamically Reconfigurable System in a Parallel Multi-Tasking Environment. - Pil Woo Chun; Lev Kirischian (FPL, 2006)

A multi-mode video-stream processor with cyclically reconfigurable architecture. - Valeri Kirischian; Vadim Geurkov; Lev Kirischian (Conf. Computing Frontiers, 2008)

Improving Cost-Effectiveness Using a Micro-level Static Architecture for Stream Applications. - Pil Woo Chun; Jamin Islam; Valeri Kirischian; Lev Kirischian (DELTA, 2008)

Macro-programmable reconfigurable stream processor for collaborative manufacturing systems. - Valeri Kirischian; Vadim Geurkov; Pil Woo Chun; Lev Kirischian (J. Intell. Manuf., 2008)

Architecture Synthesis Methodology for Run-Time Reconfigurable Systems. - Pil Woo Chun; Lev Kirischian (CSE (2), 2009)

Run-Time Component Relocation in Partially-Reconfigurable FPGAs. - Victor Dumitriu; Dennis Marcantonio; Lev Kirischian (CSE (2), 2009)

Virtualization of Computing Resources in RCS for Multi-task Stream Applications. - Lev Kirischian; Victor Dumitriu; Pil Woo Chun (ReConFig, 2009)

Architecture synthesis methodology for cost-effective run-time reconfigurable systems. - Pil Woo Chun; Lev Kirischian (Int. J. Embed. Syst., 2010)

A framework of embedded reconfigurable systems based on re-locatable virtual components. - Victor Dumitriu; Lev Kirischian (Int. J. Embed. Syst., 2010)

Mechanism of Resource Virtualization in RCS for Multitask Stream Applications. - Lev Kirischian; Victor Dumitriu; Pil Woo Chun; Galina Okouneva (Int. J. Reconfigurable Comput., 2010)

A framework for adaptive reconfigurable space-borne computing platforms for run-time self-recovery from transient and permanent hardware faults. - Victor Dumitriu; Lev Kirischian; Valeri Kirischian (AHS, 2012)

Cost-performance analysis of component architectural designs for Dynamic Partially Reconfigurable Systems. - David Diaz; Victor Dumitriu; Lev Kirischian (CCECE, 2012)

SoC self-integration mechanism for dynamic reconfigurable systems based on collaborative macro-function units. - Victor Dumitriu; Lev Kirischian (ReConFig, 2013)

Decentralized run-time recovery mechanism for transient and permanent hardware faults for space-borne FPGA-based computing systems. - Victor Dumitriu; Lev Kirischian; Valeri Kirischian (AHS, 2014)

Designing of an algebraic signature analyzer for mixed-signal systems. - Vadim Geurkov; Lev Kirischian (NEWCAS, 2014)

On the Use of an Algebraic Signature Analyzer for Mixed-Signal Systems Testing. - Vadim Geurkov; Lev Kirischian (VLSI Design, 2014)

Mitigation of variations in environmental conditions by SoPC architecture adaptation. - Victor Dumitriu; Lev Kirischian; Valeri Kirischian (AHS, 2015)

Run-Time Recovery Mechanism for Transient and Permanent Hardware Faults Based on Distributed, Self-Organized Dynamic Partially Reconfigurable Systems. - Victor Dumitriu; Lev Kirischian; Valeri Kirischian (IEEE Trans. Computers, 2016)

SoPC Self-Integration Mechanism for Seamless Architecture Adaptation to Stream Workload Variations. - Victor Dumitriu; Lev Kirischian (IEEE Trans. Very Large Scale Integr. Syst., 2016)

Run-time adaptation method for mitigation of hardware faults and power budget variations in space-borne FPGA-based systems. - Dimple Sharma; Lev Kirischian; Valeri Kirischian (AHS, 2017)

Architecture Reconfiguration as a Mechanism for Sustainable Performance of Embedded Systems in case of Variations in Available Power. - Dimple Sharma; Victor Dumitriu; Lev Kirischian (ARC, 2017)

Mitigation of Thermo-cycling effects in Flip-chip FPGA-based Space-borne Systems by Cyclic On-chip Task Relocation. - Lev Kirischian; Valeri Kirischian; Dimple Sharma (AHS, 2018)

Run-Time Mitigation of Power Budget Variations and Hardware Faults by Structural Adaptation of FPGA-Based Multi-Modal SoPC. - Dimple Sharma; Lev Kirischian; Valeri Kirischian (Comput., 2018)

On-Chip Thermal Balancing using Dynamic Structural Adaptation of FPGA-Based Multi-task SoPCs for Space-Borne Applications. - Dimple Sharma; Valeri Kirischian; Lev Kirischian (AHS, 2019)

A Unified Method of Designing Signature Analyzers for Digital and Mixed-Signal Circuits Testing. - Vadim Geurkov; Lev Kirischian (ITC, 2020)

A Method for Run-Time Prediction of On-Chip Thermal Conditions in Dynamically Reconfigurable SOPCs. - Dimple Sharma; Lev Kirischian (Int. J. Reconfigurable Comput., 2021)

A Decision-Making Method Providing Sustainability to FPGA-Based SoCs by Run-Time Structural Adaptation to Mode of Operation, Power Budget, and Die Temperature Variations. - Dimple Sharma; Lev Kirischian (Int. J. Reconfigurable Comput., 2021)

Autonomously Reconfigurable Robot Coupled with Intelligent Vision and Control System for Rapid Runtime Adaptation. - Gvarami Labartkava; Nurin Binti Suhaimi; Thiago Silva; Lev Kirischian (AIIoT, 2024)