An Ultra Low-Power Dual-Band IR-UWB Transmitter in 130-nm CMOS. - Okan Zafer Batur; E. Akdag; H. K. Akkurt; Ahmet Öncü; Mutlu Koca; Günhan Dündar (IEEE Trans. Circuits Syst. II Express Briefs, 2012)

A high resolution and low jitter linear delay line for IR-UWB template pulse synchronization. - Okan Zafer Batur; Naci Pekcokguler; Günhan Dündar; Mutlu Koca (ECCTD, 2015)

Ultra low power all-digital CMOS sensor read out circuit for optically powered biomedical systems. - Asli Yelkenci; Okan Zafer Batur; Baykal Sarioglu (CISP-BMEI, 2016)

MATLAB & VHDL-AMS co-simulation environment for IR-UWB transceiver design. - Okan Zafer Batur; Günhan Dündar; Mutlu Koca (SMACD, 2016)

LNA-ESD-PCB codesign for robust operation of IR-UWB non-coherent receiver. - Okan Zafer Batur; Günhan Dündar; Mutlu Koca (SMACD, 2017)

Switched Capacitor Variable Delay Line. - Semih Ramazanoglu; Okan Zafer Batur (ISCAS, 2018)

Design and Comparison of Low Power Pulse Combining IR-UWB Transmitters in 180nm CMOS. - Semih Ramazanoglu; Günhan Dündar; Okan Zafer Batur (PRIME, 2019)

Wireless Readout System Modeling for Electrodeless QCM. - Ahmet Sari; Okan Zafer Batur; Ceyhun Kirmli (SMACD, 2019)

Synchronisation free non-coherent on-off keying demodulation techniques. - Okan Zafer Batur; Naci Pekcokguler; Günhan Dündar; Mutlu Koca (IET Circuits Devices Syst., 2019)

Fine-Grained Food Classification Methods on the UEC FOOD-100 Database. - Berker Arslan; Sefer Memis; Elena Battini Sönmez; Okan Zafer Batur (IEEE Trans. Artif. Intell., 2022)

The segmented UEC Food-100 dataset with benchmark experiment on food detection. - Elena Battini Sönmez; Sefer Memis; Berker Arslan; Okan Zafer Batur (Multim. Syst., 2023)

Ultra-Low Power and Low-Leakage Subthreshold CMOS Neural Circuit Design. - Muhammed Efdal Elkatmis; Okan Zafer Batur; Burcu Erkmen (SMACD, 2025)

A QCM-VNA System for Microfluidic Sensing: Leveraging Higher-Order Harmonics. - Eren Koltuk; Saibe Demir; Eren Yalçin; Kerim Alaz Demir; Ebrar Kahveci; Okan Zafer Batur; Günhan Dündar; Ceyhun Ekrem Kirimli (SMACD, 2025)