E-learning and web mining. - Peter Toth (SISY, 2012)

Unpredictable Random Number Generator Based on the Performance Data Helper Interface. - Kinga Marton; Peter Toth; Alin Suciu (SYNASC, 2012)

Adaptive online learning environment and web usage mining. - Peter Toth (SACI, 2013)

Self-regulated learning and learning style - A longitudinal research in the area of vocational education. - Peter Toth (ICL, 2015)

Criticality and Deep Learning, Part I: Theory vs. Empirics. - Dan Oprisa; Peter Toth (CoRR, 2017)

Criticality & Deep Learning II: Momentum Renormalisation Group. - Dan Oprisa; Peter Toth (CoRR, 2017)

Online Learning with Gated Linear Networks. - Joel Veness; Tor Lattimore; Avishkar Bhoopchand; Agnieszka Grabska-Barwinska; Christopher Mattern; Peter Toth (CoRR, 2017)

A Differential-Ring-Oscillator with up to 35 dBc/Hz Phase Noise Improving Amplitude Feedback Loop for Ultra Low Power Systems. - Peter Toth; Hiroki Ishikuro (ICECS, 2019)

Equivariant Hamiltonian Flows. - Danilo Jimenez Rezende; Sébastien Racanière; Irina Higgins; Peter Toth (CoRR, 2019)

Gated Linear Networks. - Joel Veness; Tor Lattimore; Avishkar Bhoopchand; David Budden; Christopher Mattern; Agnieszka Grabska-Barwinska; Peter Toth; Simon Schmitt; Marcus Hutter (CoRR, 2019)

Hamiltonian Generative Networks. - Peter Toth; Danilo J. Rezende; Andrew Jaegle; Sébastien Racanière; Aleksandar Botev; Irina Higgins (ICLR, 2020)

A Wide Input-Range, Low-Power and Highly Flexible 18 Bit Time-to-Digital Converter with Compact Differential Circuit Topology. - Peter Toth; Hiroki Ishikuro (MWSCAS, 2020)

Gated Linear Networks. - Joel Veness; Tor Lattimore; David Budden; Avishkar Bhoopchand; Christopher Mattern; Agnieszka Grabska-Barwinska; Eren Sezener; Jianan Wang; Peter Toth; Simon Schmitt; Marcus Hutter (AAAI, 2021)

An up to 35 dBc/Hz Phase Noise Improving Design Methodology for Differential-Ring-Oscillators Applied in Ultra-Low Power Systems. - Peter Toth; Hiroki Ishikuro (ASP-DAC, 2021)

An 18 Bit Time-to-Digital Converter Design with Large Dynamic Range and Automated Multi-Cycle Concept. - Peter Toth; Hiroki Ishikuro (ASP-DAC, 2021)

SiGe HBT Model Enhancement for Quantum Control Circuitry at Cryogenic Temperatures. - Peter Toth; Vadim Issakov (ICECS, 2021)

Ultra Wideband 43 GHz Preamplifier with up to 60 dB adjustable Gain for accurate Noise Figure Measurement of Cryogenic LNAs. - Peter Toth; Marco Tiesing; Lukas Naumann; Andreas Fröhlich; Thomas Wirths; Peter Knott (ICECS, 2021)

A 13 GHz PA with Amplitude Modulation for Entanglement Generation in Multi-Qubit 171Yb+ Gates of an Ion-Trapped Quantum Computer. - Peter Toth; Lasse Cordes; Vadim Issakov (BCICTS, 2022)

A 12 Bit R-2R Digital-to-Analog Converter for Shuttling Operation in a Trapped-Ion Quantum Computer. - Alexander Meyer; Peter Toth; Axel Engelhardt; Jens Repp; Matthias Brandl; Vadim Issakov (BCICTS, 2023)

Equivalence Between 1-D Takagi-Sugeno Fuzzy Systems with Triangular Membership Functions and Neural Networks with ReLU Activation. - Barnabás Bede; Vladik Kreinovich; Peter Toth (NAFIPS, 2023)

Signals of Opportunity: Spoof Detection with Low-Cost Hardware and Edge Devices. - Peter Toth; Thomas A. Babbitt; Timothy Graziano (UEMCON, 2023)

A Cryogenic 12 GHz Frequency Doubler With Temperature Compensation for Trapped-Ion Quantum Computer. - Peter Toth; Alexander Meyer; Sebastian Halama; Hiroki Ishikuro; Vadim Issakov (IEEE Trans. Circuits Syst. II Express Briefs, 2023)

A Direct Digital Synthesizer-Based Arbitrary Waveform Generator for Envelope Modulation in Trapped-Ion Quantum Computer Operating at 4K. - Paul Shine Eugine; Peter Toth; Kaoru Yamashita; Sebastian Halama; Christian Ospelkaus; Hiroki Ishikuro; Vadim Issakov (BCICTS, 2024)

A 10-bit 100kS/s SAR ADC With a Monotonic Capacitor Switching Procedure for Single-Ended Inputs in 22nm CMOS FDSOI. - Alexander Meyer; Kaoru Yamashita; Adilet Dossanov; Martin Maier; Finn Stapelfeldt; Yerzhan Kudabay; Peter Toth; Fa Foster Dai; Hiroki Ishikuro; Vadim Issakov (ISCAS, 2024)

A 1 GHz 27 mW Low-Power Direct Digital Synthesizer for RF Carrier Signal Generation in Trapped-Ion Quantum Computer Operating at 9.4K. - Paul Shine Eugine; Peter Toth; Alexander Meyer; Sebastian Halama; Vadim Issakov (ISCAS, 2025)

13.3 A Cryo-BiCMOS Controller for 9Be+-Trapped-Ion-Based Quantum Computers. - Peter Toth; Paul Shine Eugine; Sebastian Halama; Yerzhan Kudabay; Kaoru Yamashita; Hiroki Ishikuro; Christian Ospelkaus; Vadim Issakov (ISSCC, 2025)

On equivalence between Takagi-Sugeno-Kang fuzzy systems with triangular membership functions and Neural Networks with ReLU activation in two or more dimensions. - Barnabás Bede; Vladik Kreinovich; Peter Toth (Int. J. Comput. Commun. Control, 2025)

Cryogenic Evaluation of a Digital-to-Analog Converter for a Trapped-Ion Quantum Computer. - Alexander Meyer; Paul Julius Ritter; Marius Neumann; Peter Toth; Sebastian Halama; Jens Repp; Matthias Brandl; Benedikt Hampel; Meinhard Schilling; Vadim Issakov (IEEE Trans. Instrum. Meas., 2025)