Triggered instructions: a control paradigm for spatially-programmed architectures. - Angshuman Parashar; Michael Pellauer; Michael Adler; Bushra Ahsan; Neal Clayton Crago; Daniel Lustig; Vladimir Pavlov; Antonia Zhai; Mohit Gambhir; Aamer Jaleel; Randy L. Allmon; Rachid Rayess; et al. (ISCA, 2013)

Exploring Automated Reasoning in First-Order Logic: Tools, Techniques and Application Areas. - Vladimir Pavlov; Alexander Schukin; Tanzilia Cherkasova (KESW, 2013)

A Comparison of Knives for Bread Slicing. - Alekh Jindal; Endre Palatinus; Vladimir Pavlov; Jens Dittrich (Proc. VLDB Endow., 2013)

Efficient Spatial Processing Element Control via Triggered Instructions. - Angshuman Parashar; Michael Pellauer; Michael Adler; Bushra Ahsan; Neal Clayton Crago; Daniel Lustig; Vladimir Pavlov; Antonia Zhai; Mohit Gambhir; Aamer Jaleel; Randy L. Allmon; Rachid Rayess; et al. (IEEE Micro, 2014)

CEPBoard: Collaborative Electronic Performance Board and Editor for Production Environments in Industry 4.0. - Vladimir Pavlov; Sönke Knoch; Matthieu Deru (PerDis, 2015)

Efficient Control and Communication Paradigms for Coarse-Grained Spatial Architectures. - Michael Pellauer; Angshuman Parashar; Michael Adler; Bushra Ahsan; Randy L. Allmon; Neal Clayton Crago; Kermin Fleming; Mohit Gambhir; Aamer Jaleel; Tushar Krishna; Daniel Lustig; Stephen Maresh; et al. (ACM Trans. Comput. Syst., 2015)

Automatic capturing and analysis of manual manufacturing processes with minimal setup effort. - Sönke Knoch; Frederic Kerber; Vladimir Pavlov; Shreeraman Ponpathirkoottam (UbiComp Adjunct, 2016)

WhaleProver: First-Order Intuitionistic Theorem Prover Based on the Inverse Method. - Vladimir Pavlov; Vadim Pak (Ershov Informatics Conference, 2017)

Theorem Prover for Intuitionistic Logic Based on the Inverse Method. - Vladimir Pavlov; Vadim Pak (Program. Comput. Softw., 2018)

Liver Pathological States Identification with Self-organization Models Based on Ultrasound Images Texture Features. - Ievgen Nastenko; Vitaliy Maksymenko; Alexander Galkin; Vladimir Pavlov; Olena Nosovets; Irina Dykan; Boris Tarasiuk; Vitalii Babenko; Vitalii Umanets; Olena Petrunina; Denys Klymenko (CSIT, 2020)

Hybrid Classifiers Based on CNN, LSOF, GMDH in COVID-19 Pneumonic Lesions Types Classification Task. - Oleksandr Davydko; Yaroslav Hladkyi; Mykola Linnik; Olena Nosovets; Vladimir Pavlov; Ievgen Nastenko (CSIT (1), 2021)

Optimal Complexity Structures of Ultrasound Image Models in Diagnostic Decision Making System. - Dmytro Hrishko; Oleksandr Trofymenko; Katerina Bovsunoskaja; Olena Nosovets; Irina Dykan; Borys Tarasiuk; Vladimir Pavlov; Ievgen Nastenko (CSIT (1), 2021)

Class-Oriented Features Selection Technology in Medical Images Classification Problem on the Example of Distinguishing Between Tuberculosis Sensitive and Resistant Forms. - Oleksandr Matviichuk; Olena Nosovets; Mykola Linnik; Oleksandr Davydko; Vladimir Pavlov; Ievgen Nastenko (CSIT (1), 2021)

A Pipeline for the Diagnosis and Classification of Lung Lesions for Patients with COVID-19. - Oleksandr Davydko; Olena Horodetska; Ievgen Nastenko; Yaroslav Hladkyi; Vladimir Pavlov; Luca Longo; Mykola Linnik; Oleksandr Galkin (CSIT, 2022)

Positional Approach to the Voting Function Formation of Random Forest Trees as an Example of Solving the Differentiating Tuberculosis Forms Problem. - Oleksandr Matviichuk; Oksana Biloshytska; Olena Horodetska; Vladimir Pavlov; Mykola Linnik; Ievgen Nastenko (CSIT, 2022)

A classifier of the Random Forest type based on GMDH, logistic transformation and positional voting. - Yaroslav Hladkyi; Oleg Radchenko; Vladimir Pavlov; Oleksandr Matviichuk; Olena Horodetska (CSIT, 2023)

Selecting Textural Characteristics of Chest X-Rays for Pneumonia Lesions Classification with the Integrated Gradients XAI Attribution Method. - Oleksandr Davydko; Vladimir Pavlov; Luca Longo (xAI (1), 2023)

Determining of Predictors for Diagnostic Conclusion for Patients with Post-Traumatic Stress Disorder Using Class-Oriented Features Selection Technology and Group Method of Data Handling. - Eldar Aliiev; Oleksii Omelchenko; Boris Tarasiuk; Oleksandr Zakomornyi; Oleksandr Matviichuk; Vladimir Pavlov (CSIT, 2024)

SRFAMap: A Method for Mapping Integrated Gradients of a CNN Trained with Statistical Radiomic Features to Medical Image Saliency Maps. - Oleksandr Davydko; Vladimir Pavlov; Przemyslaw Biecek; Luca Longo (xAI (4), 2024)