Review of physical models for numerical simulation of semiconductor microsensors. - Arokia Nathan; Henry Baltes; Walter Allegretto (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 1990)

Numerical analysis of magnetic-field-sensitive bipolar devices. - Walter Allegretto; Arokia Nathan; Henry Baltes (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 1991)

Modeling of magnetic field sensitivity of bipolar magnetotransistors using HSPICE. - Asim Salim; Tajinder Manku; Arokia Nathan (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 1995)

A new formulation for accurate numerical extraction of interconnect capacitance in ULSI. - Hoan H. Pham; Arokia Nathan (ICECS, 1998)

An integral equation of the second kind for computation of capacitance. - Hoan H. Pham; Arokia Nathan (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 1999)

VHDL-AMS modeling and simulation of a passive pixel sensor in a-Si: H technology for medical imaging. - Karim S. Karim; Peyman Servati; N. Mohan; Arokia Nathan; John A. Rowlands (ISCAS (5), 2001)

Amorphous silicon technology for large area digital X-ray and optical imaging. - Arokia Nathan; Byung-kyu Park; Qinghua Ma; Andrei Sazonov; John A. Rowlands (Microelectron. Reliab., 2002)

Amorphous silicon TFT circuit integration for OLED displays on glass and plastic. - Arokia Nathan; Kapil Sakariya; Anil Kumar; Peyman Servati; Karim S. Karim; Denis Striakhilev; Andrei Sazonov (CICC, 2003)

Amorphous silicon thin film transistor circuit integration for organic LED displays on glass and plastic. - Arokia Nathan; Anil Kumar; Kapil Sakariya; Peyman Servati; Sanjiv Sambandan; Denis Striakhilev (IEEE J. Solid State Circuits, 2004)

High voltage amorphous silicon TFT for use in large area applications. - Karim S. Karim; Peyman Servati; Arokia Nathan (Microelectron. J., 2004)

Special Issue on Flexible Electronics Technology, Part 1: Systems and Applications. - Arokia Nathan; Babu Chalamala (Proc. IEEE, 2005)

Special Issue on Flexible Electronics Technology, Part II: Materials and Devices. - Arokia Nathan; Babu Chalamala (Proc. IEEE, 2005)

Low-Temperature Materials and Thin Film Transistors for Flexible Electronics. - Andrei Sazonov; Denis Striakhilev; Czang-Ho Lee; Arokia Nathan (Proc. IEEE, 2005)

Functional Pixel Circuits for Elastic AMOLED Displays. - Peyman Servati; Arokia Nathan (Proc. IEEE, 2005)

A Driving Scheme for AMOLED Displays Based on Current Feedback. - Shahin Jafarabadi-Ashtiani; Arokia Nathan (CICC, 2006)

High-precision, fast current source for large-area current-programmed a-Si flat panels. - G. Reza Chaji; Arokia Nathan (ISCAS, 2006)

Stable Organic LED Displays Using RMS Estimation of Threshold Voltage Dispersion. - Sanjiv Sambandan; Arokia Nathan (IEEE Trans. Circuits Syst. II Express Briefs, 2006)

A Sub-μA fast-settling current-programmed pixel circuit for AMOLED displays. - G. Reza Chaji; Arokia Nathan (ESSCIRC, 2007)

A novel current scaling active pixel sensor with correlated double sampling readout circuit for real time medical x-ray imaging. - Nader Safavian; G. Reza Chaji; Shahin Jafarabadi-Ashtiani; Arokia Nathan; John A. Rowlands (ISCAS, 2007)

A 3-TFT hybrid active-passive pixel with correlated double sampling CMOS readout circuit for real-time medical x-ray imaging. - Nader Safavian; Karim S. Karim; Arokia Nathan; John A. Rowlands (ESSCIRC, 2008)

A Current-Mode Comparator for Digital Calibration of Amorphous Silicon AMOLED Displays. - G. Reza Chaji; Arokia Nathan (IEEE Trans. Circuits Syst. II Express Briefs, 2008)

Stable RGBW AMOLED display with OLED degradation compensation using electrical feedback. - G. Reza Chaji; Stefan Alexander; J. Marcel Dionne; Yaser Azizi; Corbin Church; John Hamer; Jeff Spindler; Arokia Nathan (ISSCC, 2010)

Flexible Electronics: The Next Ubiquitous Platform. - Arokia Nathan; Arman Ahnood; Matthew T. Cole; Sungsik Lee; Yuji Suzuki; Pritesh Hiralal; Francesco Bonaccorso; Tawfique Hasan; Luis Garcia-Gancedo; Andriy Dyadyusha; Samiul Haque; Piers Andrew; et al. (Proc. IEEE, 2012)

Oxide electronics for imaging and displays. - Arokia Nathan; Sungsik Lee; Sanghun Jeon (ESSCIRC, 2013)

Transparent Semiconducting Oxide Technology for Touch Free Interactive Flexible Displays. - Sungsik Lee; Sanghun Jeon; G. Reza Chaji; Arokia Nathan (Proc. IEEE, 2015)

Piezoelectric vs. Capacitive Based Force Sensing in Capacitive Touch Panels. - Shuo Gao 001; Victor Arcos; Arokia Nathan (IEEE Access, 2016)

Interactive Displays: The Next Omnipresent Technology [Point of View]. - Arokia Nathan; Shuo Gao 001 (Proc. IEEE, 2016)

High power factor wireless power transfer front-end circuit for heterogeneous systems. - Philex Ming-Yan Fan; Hashem Zare-Hoseini; David G. Hasko; Arokia Nathan (MWSCAS, 2017)

Device-Circuit Interactions and Impact on TFT Circuit-System Design. - Xiang Cheng 005; Sungsik Lee; G. Reza Chaji; Arokia Nathan (IEEE J. Emerg. Sel. Topics Circuits Syst., 2017)

An impedance sensing platform for monitoring heterogeneous connectivity and diagnostics in lab-on-a-chip systems. - Chunjie Zhang; Yang Su; Siyi Hu; Kai Jin; Yuhan Jie; Wenshi Li; Arokia Nathan; Hanbin Ma (CoRR, 2019)

Flexible Ultralow-Power Sensor Interfaces for E-Skin. - Chen Jiang; Xiang Cheng 005; Arokia Nathan (Proc. IEEE, 2019)

Touch-Based Human-Machine Interaction - Principles and Applications - Shuo Gao 001; Shuo Yan; Hang Zhao; Arokia Nathan (Springer, 2021)

A Wideband CMOS Power Amplifier with Integrated Digital Linearizer and Tunable Transformer. - Selvakumar Mariappan; Jagadheswaran Rajendran; Narendra Kumar 001; Andrei Grebennikov; Arokia Nathan; Binboga Siddik Yarman (APCCAS, 2021)

The Advancement of Radio Frequency Energy Harvesters (RFEHs) as a Revolutionary Approach for Solving Energy Crisis in Wireless Communication Devices: A Review. - Loganathan Ramalingam; Selvakumar Mariappan; Pharveen Parameswaran; Jagadheswaran Rajendran; Ram Sharma Nitesh; Narendra Kumar 001; Arokia Nathan; Binboga Siddik Yarman (IEEE Access, 2021)

Interchannel Mismatch Calibration Techniques for Time-Interleaved SAR ADCs. - Mojtaba Bagheri; Filippo Schembari; Hashem Zare-Hoseini; Robert Bogdan Staszewski; Arokia Nathan (IEEE Open J. Circuits Syst., 2021)

Ultralow Power Stretchable TFT Electronics: Extended Abstract. - Arokia Nathan; Chen Jiang; Jun Yu; Hanbin Ma (MIXDES, 2022)

A 1.1-to-2.7 GHz CMOS Power Amplifier with Digitally-Reconfigurable-Impedance Matching-Network (DRIMN) for Wideband Performance optimization. - Selvakumar Mariappan; Jagadheswaran Rajendran; Narendra K. Aridas 001; Arokia Nathan; Andrei Grebennikov; Binboga Siddik Yarman (PRIME, 2022)

Tactile and Vision Perception for Intelligent Humanoids. - Shuo Gao 001; Yanning Dai; Arokia Nathan (Adv. Intell. Syst., 2022)

Interactive Intelligent Systems and Haptic Interfaces. - Oliver Ozioko; Arokia Nathan; Ravinder Dahiya (Adv. Intell. Syst., 2022)

Multisensory Fusion, Haptic, and Visual Feedback Teleoperation System Under IoT Framework. - Meng Chu; Ziang Cui; Ailing Zhang; Jiale Yao; Chenyu Tang; Zhe Fu; Arokia Nathan; Shuo Gao 001 (IEEE Internet Things J., 2022)

Intelligent machines work in unstructured environments by differential neural computing. - Shengbo Wang; Shuo Gao 001; Chenyu Tang; Cong Li; Shurui Wang; Jiaqi Wang 016; Hubin Zhao; Guohua Hu; Arokia Nathan; Ravinder Dahiya; Luigi G. Occhipinti (CoRR, 2023)

Real-Time State Modulation and Acquisition Circuit in Neuromorphic Memristive Systems. - Shengbo Wang; Cong Li; Tongming Pu; Jian Zhang; Weihao Ma; Luigi G. Occhipinti; Arokia Nathan; Shuo Gao 001 (BioCAS, 2024)

A 65-nm CMOS 1 GS/s 45 mW Hybrid Digital-to-Analog Converter (DAC) With Digital Deglitch Mechanism Achieving 13.83 fJ/step FOM for 5G New Radio Sub-6 GHz Applications. - Norhamizah Idros; Jagadheswaran Rajendran; Selvakumar Mariappan; Yizhi Li; Shengquan Wang; Nuha Rhaffor; Narendra Kumar 001; Abdullah Mohammed Alghaihab; Arokia Nathan; Binboga Siddik Yarman (IEEE Access, 2024)

Deep Learning-Based Longitudinal Prediction of Childhood Myopia Progression Using Fundus Image Sequences and Baseline Refraction Data. - Mengtian Kang; Yansong Hu; Shuo Gao 001; Yuanyuan Liu; Hongbei Meng; Xuemeng Li; Xuhang Chen 001; Hubin Zhao; Jing Fu; Guohua Hu; Wei Wang; Yanning Dai; et al. (CoRR, 2024)

Ultrafast vision perception by neuromorphic optical flow. - Shengbo Wang; Shuo Gao 001; Tongming Pu; Liangbing Zhao; Arokia Nathan (CoRR, 2024)

Self-reconfigurable multifunctional memristive nociceptor for intelligent robotics. - Shengbo Wang; Mingchao Fang; Lekai Song; Cong Li; Jian Zhang; Arokia Nathan; Guohua Hu; Shuo Gao 001 (Neuromorph. Comput. Eng., 2024)

Thin-Film Transistor Digital Microfluidics Circuit Design with Capacitance-Based Droplet Sensing. - Shengzhe Jiang; Chang Li; Jiping Du; Dongping Wang; Hanbin Ma; Jun Yu; Arokia Nathan (Sensors, 2024)

High-Order Associative Learning Based on Memristive Circuits for Efficient Learning. - Shengbo Wang; Xuemeng Li; Jialin Ding; Weihao Ma; Ying Wang; Luigi G. Occhipinti; Arokia Nathan; Shuo Gao 001 (ISCAS, 2025)

A 28-GHz CMOS-65 nm Dual Mode Class-J Doherty Power Amplifier With Integrated Class-G Driver and Impedance-Modulated- Quadrature-Transformer Achieving 21% Back-Off Efficiency. - Selvakumar Mariappan; Jagadheswaran Rajendran; Norhamizah Idros; Sofiyah Sal Hamid; Asrulnizam Bin Abd Manaf; Narendra Kumar 001; Abdullah Mohammed Alghaihab; Arokia Nathan; Binboga Siddik Yarman (IEEE Access, 2025)

A Review of Engineering Techniques for CMOS On-Chip Inductor Design and Quality Factor Enhancement From MHz-to-GHz Frequency Domains. - Selvakumar Mariappan; Jagadheswaran Rajendran; Norhamizah Idros; Asrulnizam Abd Manaf; Narendra Kumar 001; Abdullah Mohammed Alghaihab; Arokia Nathan; Binboga Siddik Yarman (IEEE Access, 2025)

Low temperature polysilicon pixel circuits for active-matrix digital microfluidic chips. - Shengzhe Jiang; Dongping Wang; Hanbin Ma; Arokia Nathan; Jun Yu (Displays, 2025)

Diagnosis of Multiple Fundus Disorders Amidst a Scarcity of Medical Experts via Self-Supervised Machine Learning. - Yong Liu; Mengtian Kang; Shuo Gao 001; Chi Zhang; Ying Liu; Shiming Li; Yue Qi; Arokia Nathan; Wenjun Xu; Chenyu Tang; Edoardo Occhipinti; Mayinuer Yusufu; et al. (IEEE Internet Things J., 2025)