![Michał Denkiewicz photo](/uploads/members_photos/MichalDenkiewicz.jpg)
Michał Denkiewicz
Position: PhD Student
e-mail: m.denkiewicz@cent.uw.edu.pl
Room: 3.61
0000-0001-8890-9988
Institutions:
Faculty of Mathematics and Information Science, Warsaw University of Technology
Centre of New Technologies, University of Warsaw
Biographical note
Reasercher with degrees in experimental cognitive psychology and computer science. Strong background in statistics and machine learning. Primary research area include mathematical modeling of problem solving and decision making in small groups. Scientific intrests: multiagent systems, social and embodied cognition, theory of cognitive systems.
Publications in lab:
-
Sengupta K,
Denkiewicz M,
Chiliński M,
Szczepińska T,
Mollah A,
Korsak S,
D'Souza R,
Ruan Y,
Plewczyński D,
(2022)
Multi-scale phase separation by explosive percolation with single-chromatin loop resolution.
(Comput Struct Biotechnol J) [Pub Med ID: 30778195] -
Urban P,
Rezaei Tabar V,
Denkiewicz M,
Bokota G,
Das N,
Basu S,
Plewczyński D,
(2020)
The Mixture of Autoregressive Hidden Markov Models of Morphology for Dentritic Spines During Activation Process.
(J. Comput. Biol.) [Pub Med ID: 32175768] -
Halder A,
Denkiewicz M,
Sengupta K,
Basu S,
Plewczyński D,
(2019)
Aggregated network centrality shows non-random structure of genomic and proteomic networks.
(Methods) [Pub Med ID: 31740366] -
Urban P,
Rezaei V,
Bokota G,
Denkiewicz M,
Basu S,
Plewczyński D,
(2019)
Dendritic Spines Taxonomy: The Functional and Structural Classification • Time-Dependent Probabilistic Model of Neuronal Activation.
(J. Comput. Biol.) [Pub Med ID: 28158194] -
Denkiewicz M,
Saha I,
Rakshit S,
Sarkar J,
Plewczyński D,
(2019)
Identification of Breast Cancer Subtype Specific MicroRNAs Using Survival Analysis to Find Their Role in Transcriptomic Regulation.
(Front Genet) [Pub Med ID: 30207593] -
Zubek J,
Denkiewicz M,
Barański J,
Wróblewski P,
Rączaszek-Leonardi J,
Plewczyński D,
(2017)
Social adaptation in multi-agent model of linguistic categorization is affected by network information flow.
(PLoS ONE) [Pub Med ID: 28809957]