Statistical synthesis and optimal decomposition in intelligent monitoring systems design. - Anatoliy A. Platonov; Wieslaw Winiecki (Comput. Stand. Interfaces, 2002)

Virtual spectrum analyzer based on data acquisition card. - Piotr Bilski; Wieslaw Winiecki (IEEE Trans. Instrum. Meas., 2002)

A new Java-based software environment for distributed measuring systems design. - Wieslaw Winiecki; Michal Karkowski (IEEE Trans. Instrum. Meas., 2002)

Methodology for Distributed Designing of Distributed Virtual Instruments. - Wieslaw Winiecki (Int. J. Comput., 2003)

Time Analysis of Virtual spectrum Analyzer. - Wieslaw Winiecki; Piotr Bilski (Int. J. Comput., 2004)

The new prospects of distributed measurement systems using JavaTM 2 Micro Edition mobile phone. - Tomasz Knyziak; Wieslaw Winiecki (Comput. Stand. Interfaces, 2005)

Time optimization of soft real-time virtual instrument design. - Piotr Bilski; Wieslaw Winiecki (IEEE Trans. Instrum. Meas., 2005)

Methodology of virtual instrument time analysis. - Wieslaw Winiecki (IEEE Trans. Instrum. Meas., 2006)

A Low-Cost Real-Time Virtual Spectrum Analyzer. - Piotr Bilski; Wieslaw Winiecki (IEEE Trans. Instrum. Meas., 2007)

Distributed Real-Time Measurement Systemusing Time-triggered Network Approach. - Piotr Bilski; Wieslaw Winiecki (Int. J. Comput., 2008)

Petri Nets in Measuring Systems Design. - Robert Lukaszewski; Wieslaw Winiecki (IEEE Trans. Instrum. Meas., 2008)

Low-power modular reduction in GF (2m) for sensor networks. - Jakub Olszyna; Wieslaw Winiecki; Tomasz Adamski (IDAACS (1), 2011)

Project management methodology for measurement and control systems. - Wieslaw Winiecki; Piotr Zawistowski (IDAACS (2), 2011)

Methods of assessing the time efficiency in the virtual measurement systems. - Piotr Bilski; Wieslaw Winiecki (Comput. Stand. Interfaces, 2012)

Methods of electrical appliances identification in systems monitoring electrical energy consumption. - Robert Lukaszewski; Krzysztof Liszewski; Wieslaw Winiecki (IDAACS, 2013)

The rule-based method for the non-intrusive electrical appliances identification. - Piotr Bilski; Wieslaw Winiecki (IDAACS, 2015)

On calibration and parametrization of low power ultrawideband radar for close range detection of human body and bodily functions. - Marcin Piorek; Wieslaw Winiecki (IDAACS, 2015)

On detection and estimation of breath parameters using ultrawideband radar. - Jan Jakub Szczyrek; Wieslaw Winiecki (IDAACS, 2015)

CoAP and database integration for sleeping and non-routable nodes. - Tomasz Tajmajer; Tomasz Sadkowski; Wieslaw Winiecki (IDAACS, 2015)

Implementation of Symmetric Cryptography in Embedded Measurement Systems. - Wieslaw Winiecki; Piotr Bilski (Int. J. Comput., 2015)

Signal processing in a two-module radar system for monitoring of human position and movements in an indoor environment. - Jakub Wagner; Andrzej Miekina; Pawel Mazurek; Roman Z. Morawski; Wieslaw Winiecki; Frode Fadnes Jacobsen; Knut Øvsthus; Tobba T. Sudmann; Ingebjorg T. Borsheim (SPA, 2016)

Generalized algorithm for the non-intrusive identification of electrical appliances in the household. - Piotr Bilski; Wieslaw Winiecki (IDAACS, 2017)

Researching robustness of information system for measuring of microcontrollers average power consumption. - Oleksandr Osolinskiy; Orest Kochan; Wieslaw Winiecki; Nataliia Yatskiv; Volodymyr Kochan; Konrad Grzeszczyk (IDAACS, 2017)

The method of determining patterns of multi-state electrical appliances. - Augustyn Wojcik; Wieslaw Winiecki (IDAACS, 2017)

Analysis of Transient State Signatures in Electrical Household Appliances. - Augustyn Wójcik; Wieslaw Winiecki; Robert Lukaszewski; Piotr Bilski (IDAACS, 2019)

Nonintrusive Appliance Load Monitoring: An Overview, Laboratory Test Results and Research Directions. - Augustyn Wojcik; Robert Lukaszewski; Ryszard Kowalik; Wieslaw Winiecki (Sensors, 2019)