The graduation thesis project is the concluding study unit of the program. The thesis project size is 45 EC, but can be extended with a pre-study of maximum 15 EC in the free elective space to an overall project load of 60 EC. This is often done in case of chip design projects to give students sufficient time to measure and characterize the produced silicon chips.
The project may be executed within a research program at TU Delft, or in a suitable research institute or company. The project must be carried out with a systematic approach and should include all phases of a research or design project: analysis, modelling, implementation/construction and validation/evaluation. The student executes the thesis project independently, with guidance of a thesis supervisor and under the responsibility of the full professor who approved the IEP.
Students must pass the Master's degree course work as stated in his or her individual study programme (ISP) to within 12 ECTS before embarking on the thesis project and have to show a Thesis Entrance Permit (TEP) to their thesis supervisor. With regard to the thesis project, the thesis supervisor may impose additional conditions for starting the thesis project.
| BE |
2025 |
Rui Mao | An Alternative ADC for MPPT Applications in a PV-PMIC System -- A current sampling low power ADC with Non-Linearity Canceling Time-to-Digital Converter |
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| 2024 |
Kutucu Ceren | A biodegradalble optical filter and photodetector for monitoring oxygen in living tissue |
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| | Dion Gavin Mascarenhas | A 7-Channel Code-Multiplexed Analog CMOS Front-End using an On-Chip Orthogonal Walsh-Hadamard Sequence Generator |
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| | Kwok Hang Luo | Powering Electronics worn by Group-Housed Rodents: A Control Loop Design for a Rodent’s Headstage |
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| | Hsukang Chen | Artifact-Free Neurostimulator with Arbitrary Waveform Generation for High-Channel, High-Density Bidirectional Neural Interfaces |
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| | Ronald Wijermars | An Optimised Approach to Wireless Power Transfer for an Artificial Retina Implant |
|---|
| 2023 |
Yuan Lei | An Area- and Energy-Efficient Ultrasonic Pulser Based on Self-timed Stepwise Charging |
|---|
| | Remy Zhang | A Novel Neural Recording IC with Adaptive Gain Control for Wide-Dynamic Range Closed-Loop Neural Interfaces |
|---|
| | Xinyu Liu | Cold Start for energy harvester with piezo transducer |
|---|
| | Niels van Damme | The integration of bulk PZT transducers in a microfabricated cuff implant for Vagus Nerve ultrasound neuromodulation: Simulation, design and fabrication |
|---|
| | Chunyan Xue | Wearable Ultrasonic Vagus Nerve Stimulator |
|---|
| | Yihao Zhang | An Energy-Efficient High-Voltage Pulser for 2D Ultrasound Phased-Array Transmitters |
|---|
| | Widesh Gahar | A Lamb wave-based liquid sensor for biomedical applications |
|---|
| 2022 |
Hankai Yang | An 11-bit 2MS/s column parallel SAR-RAMP ADC for ToF imager readout |
|---|
| | Cyril Weustink | Always-on wireless ear-EEG to monitor brain activity |
|---|
| | Bauke Meekes | Energy Harvesting PMIC Design for an Extended Power Range |
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| | Marvin Exalto | Compact Neural Amplifier for Next-Generation Brain-Machine Interfaces |
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| | Yidi Xiao | Energy-Efficient High-Voltage Driver for High-Frequency Ultrasound Medical Applications |
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| 2021 |
Berend Koele | Integrating Ultrasound Neuromodulation and Imaging. A System Concept for a Non-Invasive Image-Guided Vagus Nerve Stimulator |
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| | Jasper Rietveld | PASiC Ammonia Sensor Design: On Modelling the PASiC Layer, Electrode Designs and Device Fabrication |
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| | Aitor del Rivero Cortázar | Microelectronic design of a pseudo voltage clamp for a 0.18um CMOS-based mesoscale neural interface for intracellular in-vitro recording and stimulation |
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| | Joey van Rijn | Near-Realtime Low Power Epileptic Seizure Detection Using ANNs |
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| | Olmar van Beurden | Illuminance Calculation Algorithm and Hardware for Simultaneous Sensing and Energy Harvesting Using Solar Cell Harvester at Maximum Power Point |
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| | Ishaan Ghosh | CMOS driving channel for ultrasonic neurovascular stent |
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| | Joram van der Velden | SINGLE-CHANNEL HETEROGENEOUS-SOURCE ENERGY HARVESTING PMIC DESIGN |
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| | Xinyu Yang | Ultrasound Transmitter for Non-invasive Vagus Nerve Stimulation |
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| | Emmanouil (Manos) Kandilakis | Ultra-Low Energy Time-Mode ADC with Background Calibration for Biomedical Sensing Applications |
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| 2020 |
Francesc Varkevisser | A Charge Controlled Switched-Voltage Mode Neurostimulator |
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| | Shuang Wang | An ultrasound receiver channel for vagus nerve imaging |
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| | Asli Yelkenci | A 16-Channel CMOS Reconfigurable Recording Unit for Simultaneous In-Vitro Microelectrode Array and Current-Clamp Measurements |
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| | Caitlin Ramsey | Safety Investigation of Millimeter Wave Radar to Monitor Vital Signs in the NICU |
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| | Shengjie Chen | A 3-by-3 400-MHz LC microsensor array for wireless capacitive biosensing |
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| | Gayatri Agarwal | PVT Tolerant Transconductor for Low-Voltage Highly-Selective High-Frequency Filter of MRI Front-end Receiver |
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| | Brian Nanhekhan | PWM-based Transthoracic Bioimpedance Analyzer for Detecting Heart Failures |
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| | Pedro Gaizka Zufiria Gerboles | An Efficacious and Safe Multichannel Neurostimulator Powered by an Ultrasonic Wireless Link |
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| | Tim Hosman | High-density interconnect technology optimised for flexible implants |
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| | Alberto Gancedo Reguilon | Design and Analysis of a General Purpose Biosignal Acquisition System |
|---|
| 2019 |
Anirudh Kumar Parag | ENMOS - Energy Module for Self-Sustainable Wearable Sensors |
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| | Aurojyoti Das | Multichannel LC ADC to Record Atrial Electrograms |
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| | Yashwanth Sai Reddy Vyza | Capacitive Microelectrode Arrays for In-Vitro Analysis of Neural Activity |
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| | Luc van Wietmarschen | Energy harvesting on the human body -- Hybrid charge pump design for cold start compatibility and high efficiency harvesting with minimal footprint |
|---|
| | Marc Bisschop | Resistive Matching using an AC Boost Converter for Efficient Ultrasonic Wireless Power Transfer |
|---|
| | Koen Emmer | Analysing the performance of KHFAC nerve block stimulation parameters |
|---|
| | Gandhika Wardhana | A Flexible Transparent Graphene Electrode Array for Spinal Cord Stimulation in Rats |
|---|
| 2018 |
Gerard Baquer Gómez | Optimal stimulation waveform for efficacious high-frequency block of the pudendal nerve with minimized electrochemical damage: A computer simulation optimization approach |
|---|
| | Dieuwert Mul | Stochastic Resonance Analog-to-Digital Conversion -- 1-Bit Signal Acquisition Employing Noise |
|---|
| | Tim Steunebrink | Low-power low-cost readout electronics for inductive vital-sign measurements |
|---|
| | Ali Kaichouhi | IQ Offset and Gain Mismatch Compensation for Phase-Domain ADC |
|---|
| | Minghui Liu | Passive Wireless ECoG Monitoring On Multiple Subjects |
|---|
| 2017 |
Lichao Wu | Design of a Pipeline Time-to-Digital Converter (TDC) Suitable for Transducer Array Channel Multiplexing |
|---|
| | Ernesto Gonzales Huaman | A Low-Complexitry CMOS Receiver for UWB Signals |
|---|
| | Hongming Yu | Structured Design of an External NMOS based Linear Voltage Regulator for Automotive Applications |
|---|
| 2016 |
Yang Jiang | 8uW to 1mW Input Power Management IC Design for RF Energy Harvester |
|---|
| | Yao Li | A 0.6V Low Noise Current Generator for Bio-Impedance Measurements in 40nm CMOS |
|---|
| | Qiuyang Lin | A 0.6V, 1 uW, Low-Power Low-Noise Instrumentation Amplifier for ECG/BioZ measurement in 40nm CMOS |
|---|
| | Samprajani Rout | Structured Electronic Design of High-Pass ∆Σ Converters and their application to cardiac signal acquisition |
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| | Ide Swager | Passive Wireless ECoG Monitoring on Multiple Subjects |
|---|
| | Joost Kerpels | In vivo multicell inferior olivary recordings: alternative design
methods for creating cheap and flexible electrode structures |
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| | Matthijs Weskin | A compact multi-electrode system to measure in vivo electrical activity in the olivocerebellar system -- measuring sub-threshold oscillations and action potentials spatially and over time |
|---|
| 2015 |
Sander Fondse | SWEAT: Sleeping Wireless Energy Transfer And Trickle Charger |
|---|
| 2014 |
Jialue Wang | Design of a Boost DC-DC Converter for Energy Harvesting Applications in 40nm CMOS Process |
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| | Menno Vastenholt | A Sub-GHz UWB Correlation Receiver for Wireless Biomedical Communication |
|---|
| 2013 |
Luis Carlos Gutierrez | Analysis and Design of MHz-range Wireless Power Transfer Systems for Implantable Devices |
|---|
| | Eric Muijs | A CMOS Temperature Compensated Log-Amp Detector |
|---|
| 2010 |
Mark Stoopman | A Sub-GHz UWB Pulse Generator for Wireless Biomedical Communication |
|---|
| | Cees-Jeroen Bes | A front-end for sensing the stimulation and response of auditory nerve cells |
|---|
| | Senad Hiseni | Ultra Low-Power Analog Integrated Circuits for Extracellular Action Potential Detection |
|---|
| 2009 |
Marijn Van Dongen | A versatile output stage for implantable neural stimulators |
|---|
| | Y. Shamsa | LC Ladder Based Orthonormal Filter for Impulse-Radio UWB Pulse Generation. |
|---|
| | S. Al-Ahdab | An Ultra Low Power Fully Integrated Sensor Interface IC for Pacemakers |
|---|
| | M.A. Grashuis | A fully differential switched capacitor wavelet filter |
|---|
| | S. Wang | A 10-bit 25Msps Pipeline ADC for Companding Baseband Processing in Wireless Application |
|---|
| ECTM |
2024 |
Kevin dos Reis Vezo | Sensing array-based dielectric spectroscopy for tissue barrier monitoring |
|---|
| | Óscar Ortega González | Anodic aluminium oxide as hard mask for graphene nanomesh fabrication |
|---|
| | Jiahui Zhang | Mini LED Matrix System for Potential Biomedical Applications |
|---|
| | Tibbe van der Biezen | Backside contacting of individual signals in multilayer ICs for chip forensics |
|---|
| | Ceren Kutucu | A biodegradable optical filter and photodetector for monitoring oxygen in living tissues |
|---|
| | Samhitha Duvvuri | The BioThing - A Biodegradable Microphone for Monitoring Biodiversity |
|---|
| 2023 |
Mingshuang Zhang | Multi-bit IDAC input Class D Amplifier |
|---|
| | Keyu Wu | High Performance Digital-input Class-D Amplifier |
|---|
| | Laveena Manjunath | A Capacitive Hair-like MEMS Airflow Sensor for Flapping Wing Micro Air Vehicles |
|---|
| | Zhenhua Zhang | Inductively coupled plasma reactive ion etching of high aspect ratio structures on 4H-SiC for MEMS applications |
|---|
| | Jing Pan | Dead Time Control Circuit in Monolithic GaN Class D Audio Amplifier |
|---|
| | Bingyan Xu | Optimization of a plasma etching machine for failure analysis of semiconductors |
|---|
| | Chieh Wang | Warpage analysis on power module ceramic substrates |
|---|
| | Haochun Fan | Dual Voltage and Current Feedback Class-D Amplifiers with High LC Filter Cut-off Frequency and Nonlinearity Suppression |
|---|
| | Letian Zhang | Understand the Physics of Solder Joint Degradation in Board Level Reliability Vibration and Thermal Cycle Test |
|---|
| | Georgios Spernovasilis | Design and fabrication of smart vaporizing liquid microthruster for Cubesat applications |
|---|
| 2022 |
Tom Salden | Design, Production and Characterisation of an LPCVD-Based Poly-Silicon Carbide Pressure Sensor for Extreme Environments |
|---|
| | Rami Younis | HV power MOSFET embedding |
|---|
| | Mustafeez Bashir Shah | Vacuum Sealing of MEMS Cavities using Nanoparticle Sintering |
|---|
| | Filippo Pfaiffer | Towards a read-out for capacitive displacement sensor in an engineered heart tissue device |
|---|
| | Sai Sandeep Lolla | Ultrasound Tracking and Data Telemetry using CMUTs. |
|---|
| | Michaël Chengshang | Temperature sensor based on 4H Silicon Carbide Bipolar Junction Transistor with Measurement Range up to 400 Degree Celsius |
|---|
| | Esad Beydilli | Spark Ablated Metal Oxide Nanoparticles for Gas Sensing |
|---|
| | Nikhil Gupta | Route towards large thin power Mosfet die mechanical robustness |
|---|
| | Weiping Jiao | A combined vertical interconnect/underfill process for high density I/O flip chip bonding |
|---|
| | Jinglin Li | Threshold instability and trap modelling in SiC MOS capacitor |
|---|
| | Bram den Ouden | Design and characterization of an implantable system for shock free cardiac rhythm control |
|---|
| | Hanxing Meng | Gas Sensor Based on Array of Multi-Layer Graphene Decorated with Metal/Metal Oxide Nanoparticles |
|---|
| | Leonardo Di Paola | Wafer-Scale Fabrication of Graphene-Based Condenser Microphones |
|---|
| 2021 |
Shuhan Yang | Design of moisture vapor pressure sensor for popcorn failure analysis in molding compound |
|---|
| | Secil Sanseven | Design and Realization of A Lensless CMOS Image Sensor for Light Source Tracking |
|---|
| | Lovro Ivančević | OoC-integrated impedance spectroscopy for blood-brain barrier integrity analysis |
|---|
| | Shreyas Shankar | High aspect ratio surface micro-machining using carbon nanotubes |
|---|
| | Chinghsuan Chou | Board Level Vibration Testing and Qualification for Automotive Application |
|---|
| | Shivendra Kaushik Chilagani | Analysing the properties and applications of wafer-scale mono-layer graphene |
|---|
| | Denver Desouza | Thermal Analysis of Cu Pillars |
|---|
| | Shanliang Deng | Advanced optoelectronics driver system for biomedical applications |
|---|
| 2020 |
Joshua Teye | 3D Robotic Ultrasound System |
|---|
| | Yaqian Zhang | Experimental study on electromigration by using Blech structure |
|---|
| | Tim de Rijk | A 3D microelectrode array to record neural activity at different tissue depths |
|---|
| 2019 |
Jiarui Mo | Modelling, Design, and Fabrication of High-Temperature Compatible Vacuum Gauges in Silicon Carbide |
|---|
| | Aoibhinn Larkin Reddington | Noninvasive Hemodynamic Monitoring: Left Ventricular Pressure-Volume Loop Reconstruction |
|---|
| | Raghutham Ramesha | A Complete Overview on Realizing Transfer-free Graphene-based Differential Pressure Sensor |
|---|
| | Roel Stortelder | Lab-on-a-chip for individual cell response to light stimulation |
|---|
| | Bart Kootte | Optimization of microporous PDMS membranes for Organ-on-Chip devices |
|---|
| | Ziqiao Huang | MEMS Switches Fabricated by Carbon Nanotubes with Silicon Carbide Coating |
|---|
| | Alisher Kurmanbay | Design, fabrication and characterization of a MEMS-based microheater for a vaporizing liquid microthruster |
|---|
| 2018 |
Rajarshi Sinha | A CMOS process compatible Charge-modulated FGFET based ion-sensor for integration into Organ-on-Chip platforms |
|---|
| | Diane Wu | Fabrication and Reliability Study of Parylene-Ceramic Based Flexible Interconnects For Implantable Devices |
|---|
| | Hanieh Mastyani | Integration of a local drug delivery system in a micro-fabricated Brain-on-Chip device |
|---|
| | Arshaad Ishrat Kanhai | Flexible parylene-platinum based electrodes and interconnects |
|---|
| | Himabindu Kopally | A new experimental approach to investigate the physics-of-failure of wirebond interconnects |
|---|
| | Sander Van Dijk | Introduction of Zener Diodes, JFETs and DMOSTs in a BiCMOS Process and Implementation of OTP Memory |
|---|
| | Levar Goossens | Ultra-Thin Integrated Atomic Layer Deposition Alumina Electron-transparent Windows for Nanoreactor Applications |
|---|
| | Sarat Shankar Sinha | Optimization of LPCVD-SiNx Membranes for Micro-hotplate/Nano-reactors |
|---|
| | Joost Romijn | Design and Integration of Graphene Sensors with Read-Out Electronics |
|---|
| | Affan Kaysa Waafi | Fabrication and Characterization of PEDOT coated Microelectrodes Array for Organ-on-Chip Application |
|---|
| 2017 |
Manvika Singh | Suspended graphene membranes for electrostatically actuated graphene resonators |
|---|
| | Dong Bin Cai | Fabrication and characterization of High aspect ratio MEMS Electrochemical Sensor |
|---|
| | Shengtai Shi | Effects of Silicon Oxides as Substrates for Graphene Gas Sensor |
|---|
| | Shinnosuke Kawasaki | Silicon based device for smart assessment of cellular stiffness |
|---|
| | Tianyi Jin | Investigation On Viscoplastic Properties Of Au-Sn Die-Attach Solder |
|---|
| | Michel Sebastiaan Van der Kaay | High Density Flexible Interconnect for Minimally Invasive Medical Instruments |
|---|
| | Maryam Ahmadi Namin | Nano-copper paste filled vertical interconnects |
|---|
| 2016 |
Sri Harsha Achanta | Wafer Level Packaging With Nano Metal Paste Interconnects For UV-C LEDs |
|---|
| | Brahim El Mansouri | A Miniaturized Temperature Controlled Capacitive MEMS Transducer for MOF based Gas Sensing Applications |
|---|
| | Shiva Dahar | A New Method For Fabrication of Medical Microfluidic Devices |
|---|
| | James Muganda | Embedded MicroChannels and their Application in Minimally Invasive Medical Instruments |
|---|
| | Ifigeneia Zachariou | Implementation of a passive millimeter wave identification antenna on Kapton film for human presence detection |
|---|
| 2015 |
Ramin Barak | Addressing large-scale qubit arrays for quantum computer |
|---|
| | Sotiris Thomas | An Evaluation of Silicon Carbide Based Bimorph Actuators for Optical Coherence Tomography Applications |
|---|
| | Yingjie Shen | Flexible Interposer Based on Carbon Nanotubes and PDMS Composite |
|---|
| | Jian Li | Wafer Scale Flexible Interconnect Fabrication for Heterogeneous Integration |
|---|
| | Hengqian Yi | Thermally Driven Sound Source: Application of CNT nanofoams |
|---|
| | Yiwen Chen | T12 Electromagnetic Ballast Modeling And Retrofit LED Tube Driver Design |
|---|
| | Nikolas Gaio | Fabrication and Characterization of an Upside-down CNT MEA |
|---|
| 2014 |
Yorick Carisey | Low temperature fine pitch vertical wafer level interconnection using copper nanoparticles |
|---|
| | Teng Ma | Monolithic integration of light sensor readout system for multi-functional LED wafer-level packaging based on BICMOS process |
|---|
| | Manjunath Venkatesh Ramachandrappa | Monolithic Integration of Rectifiers and Drivers for low power SSL applications on a Rigid to Flex Substrate |
|---|
| | Lalit Kumar | Opto-elecronic MEMS oscillator for resonant pressure sensing |
|---|
| | Xingyu Liu | Printed graphene and silicon |
|---|
| | Yi Liu | Nano Optomechanical Read-out for Microcantilever Sensors |
|---|
| | Hengqian Yi | Thermally Driven Sound Source: Application of CNT nanofoams |
|---|
| | Lalit Kumar | Opto-electronic MEMS oscillator for resonant pressure sensing |
|---|
| | Yelena Grachova | CVD of Single Layer Graphene at Wafer Scale: Study of Different Catalytic Materials |
|---|
| | Sourish Banerjee | Super-growth of CNTs based on ZrN for TSV application |
|---|
| | Berend van Meer | Design of Cytostretch Skin A human cell based stretchable, flexible and mass-producible skin tissue model for drug development |
|---|
| 2013 |
R. Sokolovskij | Foldable 3D Wafer Level SSL Package Using Flexible Interconnect |
|---|
| | A. Damian | Low Temperature Wafer Bonding Based on Copper Nanoparticle Sintering for 3D Interconnect Fabrication |
|---|
| | Walter Verloop | Resonant Air Quality Sensor |
|---|
| | Alice Xu | Low Temperature Fabrication of SiO2 Films Using Liquid Silicon |
|---|
| | Dhariyash Rathod | Verification of the non-local avalanche current model in mextram for advanced SiGe HBTs |
|---|
| 2012 |
Raj Vadiraj | High Frequency readout scheme for Graphene based NEMS |
|---|
| | Miki Trifunovic | Single-Grain Silicon TFTs on a Plastic Substrate by Doctor Blade Coating of Cyclopentasilane |
|---|
| | Ankur Sharma | Flexible Smart Display with Integrated Graphics Rasterizor using Single Grain TFTs |
|---|
| 2011 |
Sheng Jie Li | Micro-Fluidic MEMS for Micro-Particle Filtration |
|---|
| | Aashini Gulati | A Micro Surgical Instrument for Age Related Macular Degeneration |
|---|
| | Ting Yan | Integrated water cooling for HIFU prostate ablation |
|---|
| | B.S. Hau | Design & Modeling of a MEMS Contact-mode Piezoresistive Detector for Pull-in Acceleration Sensing |
|---|
| | Amir Naeimi | OLED Display with Single Grain Si TFT. (SG-TFT) |
|---|
| 2010 |
Gokulray Chandramohan | Electrical characterization of MEMS microphones |
|---|
| | Jie Shen | Novel Application of Imprinting Lithography for Multi-bit Ferroelectric Memories |
|---|
| | Yunlong Hou | Aluminum Nitride and Chromium Nitride Thin Films for Strain Gauge Application |
|---|
| | J. Yang | Reliability study of the Floating Gate Based Embedded Non_Volatile Memory (eNVM) |
|---|
| | J. Zhang | Design and Fabrication of On-Chip Cooling Devices Based on the Peltier Effect |
|---|
| | M. Can | Edgeless Silicon Sensors |
|---|
| 2009 |
D. Oludare Oyediran | Growth of Thin Film Microcrystalline Silicon Solar Cells |
|---|
| | S. Vollebregt | Carbon nanotubes as vertical interconnects in 3D integrated circuits |
|---|
| | J. Hao | Silicon MEMS Micro-Evaporator |
|---|
| | N.T. Boker | Prototyping of a Stretchable Microelectrode Array for Cardiotoxicity Drug Screening |
|---|
| | Theo Verhaar | Pattern transfer on vertical cavity sidewalls using SU8 |
|---|
| 2008 |
Ruoxuan Li | Tapered through silicon via etching and filling for 3D integration |
|---|
| EI |
2024 |
Fangzhou Chen | A novel MEMS resonate interface based on blue sideband exciatation |
|---|
| | Yishi Liang | A Resonant Pulser Capable Of Generating High Voltage Pulse Train For Ultrasound Transducers |
|---|
| | Sreedharan Maniyil | Sensor Roller: An Improved Self-Powered Rectifier-Less Series Synchronous Harvesting on Inductor Interface Circuit for Vibrational Energy Harvesting |
|---|
| | Kai Qi | A Direction-Reconfigurable Wide-Input-Range Radio Frequency Energy Harvesting System |
|---|
| | Lex Pardon | GaN based 2DHG thermoelectric characterization for u-TEGs |
|---|
| | Maodong Yang | PMUT reconfigure bandwidth by using electronic feedback |
|---|
| | Minghao Hu | Shape Sensing for Flexible Ultrasound Transducer Arrays |
|---|
| | Zehao Li | A Dual-Mode Noise-Shaping Charge-Sharing SAR ADC for Ultrasound Probes |
|---|
| | Junqiang Zhu | A compact ultrasound low-noise amplifier with built-in time-gain compensation |
|---|
| | C. Chong Zhan | Design and Fabrication of AlN SAW Resonators for Measuring 15µm PM Mass and Size Disturbance |
|---|
| | Lucie de Ghellinck d'Elseghem | Radar-based gesture recognition with spiking neural networks |
|---|
| | Jiawei Li | Efficient Wafer Table Flatness Treatment via Smart Routing |
|---|
| | Tejus Vidyadhar Kusur | Design and Simulation of CMOS-compatible Micro-structured Ge-on-Si Wideband Image Sensor |
|---|
| | Floris van Mourik | Low-Offset Magnetic Field Sensing using the Hall Effect |
|---|
| 2023 |
Jinhuang Lin | A Configurable Digital Neuromorphic Hardware Generator for Heterogeneous Computing |
|---|
| | Lorenzo Pes | Active dendrites for continual learning in a time-to-first-spike spiking neural network architecture |
|---|
| | Xinhu Liu | Heterogeneous computing with spiking-neural-network acceleration in a RISC-V-based system-on-chip |
|---|
| | Shuangmu Li | A Hybrid-Hysteresis-CFM Control Method Recursive Switched-Capacitor DC-DC Converter with ripple reduction and load transition enhancement |
|---|
| | Douwe den Blanken | Meta-learning for few-shot on-chip sequence classification |
|---|
| | Zhaofeng Shen | Low-cost multi-core on-chip learning schemes |
|---|
| | Yufeng Yang | Event-Driven Graph Neural Network Accelerators for Low-Power Vision |
|---|
| | Ningchao Lin | A High-Efficiency 4-Phase Series-Parallel Resonant Switched-Capacitor 48-to-3 V DC-DC Converter |
|---|
| | Tianyu Wang | A 10-bit Digital to Time Converter with a Phase Noise Filter |
|---|
| | Fengwei Zhan | High-speed asynchronous digital interfaces: Exploiting the spatiotemporal correlations of event-based sensor data |
|---|
| | Haoran Gong | A High-Efficiency 2-Switch Bipolar Boost Converter with PV-assisted Startup Voltage for the Bipolar Thermoelectric Energy Harvesting |
|---|
| | Avish Gupta | A Flow-to-Digital Converter based on a Thermal-Sigma Delta Modulator |
|---|
| | Yi-Jan Chiu | High Conversion Ratio Hybrid Boost Converter |
|---|
| | Wenyu Peng | A 70-V integrated SSHC rectifier for triboelectric energy harvesting with duty-cycle-based MPPT |
|---|
| 2022 |
Öykü Tansel | Multiplexed thermal-diffusivity-based temperature sensors |
|---|
| | Yu-Chieh Tai | On-chip Temperature Compensation with a Reference Voltage Method for CMOS Image Sensors |
|---|
| | Xiaomeng An | A Compact Temperature-Stable RC Frequency Reference |
|---|
| | Nick Lombardo | High-Dynamic-Range, Low-Power Digital-Input Direct-PWM Class-D Amplifier |
|---|
| | Tianyi Liu | An Ultrasound Receiver ASIC with Slow-time Feedback for Transcranial Doppler Imaging |
|---|
| | Victor Pecanins Martinez | A power-efficient Delta-Sigma ADC with a passive input stage for audio applications |
|---|
| | Pim Lindeman | Contactless Inductive Power and Data Transfer |
|---|
| | Mohammed Abo Alainein | A High Speed DAC Architecture for Continuous Time Pipeline ADC |
|---|
| | Shurui Liu | A 3-Mode Wide Operational Range Reconfigurable Regulating Rectifier for Wireless Power Transfer |
|---|
| | Ziyang Yuan | A Hybrid Step-Up DC-DC Converter and A VCSEL Diode Driver |
|---|
| | Alexandru Matei | Fully Integrated Compact and Scalable Linear Voltage Regulator for Power Control Integrated Circuits |
|---|
| | Jixuan Mou | A Monolithic Photoplethysmogram (PPG) Sensor |
|---|
| | Zhelun Chen | The Sensor Roller: A Piezoelectric Energy Harvesting Roller in a Bearing for Self-Sustained IoT Sensors |
|---|
| | Zakaria Abdellaoui | Reliable wireless data transfer for smart sensor shorts in football |
|---|
| | Yuan Hua | High efficiency, highly integrated DC-DC converter for 48V data centers with standard CMOS and GaN devices |
|---|
| | Dongjin Son | SPAD-based Light Detection and Ranging for 3D imaging: Receiver operation and in-pixel TDC design for automotive application |
|---|
| | Mingzhe Chen | 1D-TOF: System modeling, processing algorithm design and implementation |
|---|
| | Ruizhi Wang | A 10-mV-Startup-Voltage Thermoelectric Energy Harvesting System Based on a Piezoelectric Cold Starter |
|---|
| | Qi Lu | A Dynamically Reconfigurable Recursive Switched-Capacitor DC-DC Converter with Adaptive Load Ability Enhancement |
|---|
| | Yige Li | Wide Dynamic-range Low-power current-mode Optical Sensor Readout |
|---|
| | Emre Kanli | A Capacitively-Coupled Autozeroed and Chopped Operational Amplifier |
|---|
| | Guo Xu | Time-to-Digital Converter for Low-Power Direct Time-of-Flight System |
|---|
| | Junjie Wang | GΩ Resistor for AC-coupled Amplifier in Audio Application |
|---|
| | Zhuohui Fu | A Class-D amplifier architecture to compensate for the instability problem due to the LC filter variation |
|---|
| | Wouter Kragt | Wideband Hybrid pipeline ADC |
|---|
| | Qian Wang | A Low-Noise Transimpedance Amplifier for Ultrasound Imaging with 40 dB Continuous-Time Gain Compensation |
|---|
| | Ignacio Garcia Ezquerro | Low Power Bluetooth Baseband with a RISC-V Core for Autonomous Sensors using Chisel |
|---|
| | Aravind Buduguppa | A compact temperature switch for automotive applications |
|---|
| | Miloš Grubor | Digital backend for a resistor-based Wien Bridge temperature sensor |
|---|
| 2021 |
Shubham Mehrotra | A Continuous-Time Zoom ADC for Audio Applications based on a High-Linearity OTA and a 4-bit SAR ADC |
|---|
| | Nandor Toth | An energy-efficient BJT-based temperature sensor with a continuous-time readout |
|---|
| | Jianing Xing | An Amplitude-Tunable Bipolar High-Voltage Pulser Using a Unipolar Supply for Ultrasound Applications |
|---|
| | Shrinidhi Sharma | A Bootstrapped ESD Structure for CMOS Amplifiers with femtoampere leakage current |
|---|
| | Vassiliy Shuverov | Transceiver design for reciprocal operation of ultrasonic flow measurement systems |
|---|
| | Nuriel Rozsa | Chopper PWM-Based Class-D Amplifier |
|---|
| 2020 |
Arvind Vijayakumar | On-chip Switched-Capacitor DC-DC converter for CMUT Biasing |
|---|
| | Angqi Liu | A Fully-Passive Noise-Shaping SAR for use in a Zoom ADC |
|---|
| | Jelle Tams | A combined time-gain compensation low-noise amplifier for ultrasound imaging applications |
|---|
| | Mohamed Saad | A Continuous-Time BJT-Based Temperature-to-Digital Converter |
|---|
| | Dayang Xiao | An integrated high-voltage pulser with improved HD2 and programmable amplitude |
|---|
| | Matthew Al Disi | Single Electron Readout Circuit |
|---|
| | Dennis Kaandorp | Fully Integrated CMOS Noise Thermometer |
|---|
| | Xianglong Meng | Design of A Readout System for a Low Leakage Soil Water-Content Sensor |
|---|
| | Wencong Xu | A Surface EMG System: Local Muscle Fatigue Detection |
|---|
| 2019 |
Mengxin Yu | A load-modulation digital data link for miniature ultrasound probes |
|---|
| | Shardul Rautmare | A Programmable Temperature Switch |
|---|
| | Efraïm Eland | A Dynamic Zoom ADC for Audio Applications |
|---|
| | Shubham Khandelwal | A True Rail-to-Rail Input and Output Amplifier |
|---|
| | Matheus Ferreira Pimenta | A PLL-based eddy current displacement sensor for button applications |
|---|
| | Daguang Liu | Electrothermal Filters for No-Trim Temperature Sensors |
|---|
| | Miao Zhang | Ultra-Low Idle Power Class-D Amplifier |
|---|
| | Thomas John | Galvanic Isolation Communication Link |
|---|
| | Rishabh Nagarkar | An ASIC with Bipolar High-Voltage Transmit Switching for a Single-Cable Intra-Vascular Ultrasound Probe |
|---|
| | Qiyou Jiang | A low-noise amplifier for ultrasound imaging with continuous time-gain compensation |
|---|
| | Swarna Narayanan | Synchronization Of Wireless Accelerometer Sensors For Industrial Application |
|---|
| | Vincent van Hoek | An Ultra-Low Power Temperature to Digital Converter |
|---|
| | Valeria Preda | A Compact Resistor-Based Temperature Sensor |
|---|
| | Cristian Tatu | An Error Feedback Noise Shaping SAR ADC |
|---|
| | Kiren Newadj | SkyDowser: An Electromagnetic Geophysical Survey Instrument for Groundwater Detection |
|---|
| 2018 |
Yaonian Cui | Design and Fabrication of on-chip Midinfrared Emitter and LVOF |
|---|
| | Mengying Chen | A 2.1MHz PWM Based Class D Audio Amplifier |
|---|
| | Rushil Kishore Kumar | An energy-efficient BJT-based Temperature-digital converter based on a Continuous-Time Readout |
|---|
| | Farzad Mirzaei | An Ultrasound Receiver ASIC Employing Compressive Sensing |
|---|
| | Dezhi Lin | An atto-Farad resolution closed loop impedance measurement bridge for capacitive sensors |
|---|
| | Arjan van der Kruijt | A Low-Power CMOS Wind Sensor |
|---|
| | Guanchu Wang | Microstructure for Mid-Infrared Spectroscopy for Biofuel Composition Measurement |
|---|
| | Jinyi Liu | Dilating Pupil for Prosthetic Eyes Based on Electrowetting |
|---|
| | Jiahan Lu | An Electrowetting Valve with Air Channel |
|---|
| | Ioannis Anastasopoulos | Miniaturized conductivity measurement system |
|---|
| | Fjola Snaevarsdottir | CMOS Image Sensor Design Methodology Applied to Optical Tomography and Neural Networks |
|---|
| 2017 |
Yang Liu | A Capacitive Pressure Sensor Interface |
|---|
| | Leon Loopik | Multi-path ADC for current sensing |
|---|
| | Bo Jiang | Microstructure for thermal impedance spectroscopy for biofuel composition measurement |
|---|
| | Xiaoran Li | A low distortion sine wave generator based on resistive DACs |
|---|
| | Said Hussaini | An ultra-low-power capacitive readout circuit for wake-on-touch applications |
|---|
| | Shoubhik Karmakar | A Dynamic Zoom ADC for Instrumentation Applications |
|---|
| | Hao Fan | A High-Resolution Capacitance-to-Digital Converter based on Iterative Discharging |
|---|
| | Douwe van Willigen | A single cable active IVUS probe |
|---|
| | Samira Amani | A 15-bit ΔΣ Capacitance-to-Digital Converter For Position Sensing with Electrically Floating Targets |
|---|
| | Michele D'Urbino | Element-Level Sigma Delta Modulator for Ultrasound Applications |
|---|
| | Yixuan Yan | Voltage Calibration of BJT Based Temperature Sensor |
|---|
| | Costantino Ligouras | A capacitive fingerprint sensor front-end circuit design |
|---|
| | Yixin Shi | A Low-Power Area-Efficient SAR-Assisted Hybrid ADC for Ultrasound Imaging |
|---|
| | Magda Ursulean | Analysis and Design of a 2.5GS/s 6-bit SAR ADC with a 3-bit/cycle Resolving Scheme |
|---|
| | Wei Wu | Multi-sensor Read-out Circuit with Temperature, Capacitance and Voltage Sensing Functionalities |
|---|
| | Weichen Xu | Low-Power Readout IC for a PMUT-based bladder scanner |
|---|
| 2016 |
Mingliang Tan | A Front-end ASIC with High-Voltage Transmit Switching and Receive Digitization for Forward-Looking Intra-Vascular Ultrasound |
|---|
| | Luke Middelburg | Bio-fuel Composition Sensing: Multi domain spectroscopy to determine the composition of bio-fuel mixtures |
|---|
| | Sining Pan | A High-Resolution Energy-Efficient Resistor-Based Temperature Sensor |
|---|
| | Utsav Jain | Characterization of CMOS image sensor |
|---|
| | Thije Rooijers | A Sampled Voltage Reference |
|---|
| | Jeroen van Dijk | An On-Chip Noise Thermometer |
|---|
| 2015 |
Jan Angevare | A Highly-Scalable Thermal-Diffusivity-Based Temperature Sensor |
|---|
| | Rishi Bacchu | Area-Efficient Readout IC with High Panel Noise Rejection for Capacitive Touchscreens |
|---|
| | Owoyinka Koleoso | A CMOS Bandgap Temperature Sensor for Cryogenic Applications |
|---|
| | Weihan Hu | A 9-bit 33MHz Hybrid SAR Single-slope ADC |
|---|
| | Nikola Radeljic-Jakic | Integrated Readout Circuit for Cross-Correlation Based Ultrasonic Ranging |
|---|
| | Revanth Bellamkonda | Combined Capacitance and Temperature to Digital Converter |
|---|
| | Wouter Brevet | A Low-Power CMOS Wind Sensor with Corner Heaters |
|---|
| | Yanquan Luo | A High-Resolution, Resistor-Based Temperature Sensor |
|---|
| | Anuparma Kulkarni | Low Drift, Wireless Temperature Sensor for Harsh Industrial Applications |
|---|
| | Manuel Accel Abarca Prouza | High Precision Flow Compensated Thermal Conductivity Detector for Gas Sensing with Read-out Circuit |
|---|
| | R. Zhang | A 1-Mega Pixels HDR and UV Sensitive Image Sensor With Interleaved 14-bit 64Ms/s SAR ADC |
|---|
| | Jules Markenhof | Integrating a Temperature Sensor into a CMOS Image Sensor |
|---|
| | Giorgos Karykis | A high-resolution self-timed zero-crossing-based Incremental Delta-Sigma ADC |
|---|
| | Qilong Liu | A mixed-signal multiplexing system for cable-count reduction in ultrasound probes |
|---|
| 2014 |
Pascal ‘t Hart | Characterization of the Piezojunction Effect in an Industrial 130nm Process |
|---|
| | Luis Edoardo Rueda Guerrero | An Algorithmic Readout Approach for Thermal Conductivity Based CO2 Sensors |
|---|
| | Yuming He | Capacitive Sensor Interface Using an Inverter-Based Period Modulator |
|---|
| | Kristof Blutman | A Low Power System-on-Chip with Memory Stacked on Top of Logic |
|---|
| | Burak Gonen | A Zoom ADC for dynamic signals |
|---|
| | Rui Quan | A Highly-Digital Smart Thermal-Diffusivity-Based Temperature Sensor |
|---|
| | A. Selvan | Simulation of optic flow based flight control for a flapping wing micro aerial vehicle |
|---|
| | Ludovic Rousselot | Acoustical Monitoring of Model System for Vascular Access in Haemodialysis |
|---|
| | J. Zhu | The Design of a Stitched, High-dynamic Range CMOS Particle Sensor |
|---|
| | Stephen Van 't Hof | In-vitro waveguide system for the detection of Escherichia coli in drain fluid after colorectal anastomotic leakage |
|---|
| 2013 |
Lokesh Rajendran | Design of an Energy-Efficient Interface Circuit for a MEMS-based Capacitive Pressure Sensor |
|---|
| | Jianfeng Wu | A Low-Power Thermal Wind Sensor in CMOS Technology |
|---|
| | Nandish Mehta | Sampling time error calibration in Time-interleaved ADCs |
|---|
| | Kianoush Souri | An Energy-Efficient, Resistor-based, Smart Temperature Sensor |
|---|
| | Yuxin Yan | An Energy-Efficient Reconfigurable Interface for Resonant Sensors Based On Ring-Down Measurement |
|---|
| | Qiang Yao | The design of a 16*16 pixels CMOS image sensor with 0.5 e- RMS noise |
|---|
| | Joost van Driel | Characterization of metals for Cochlear Implants |
|---|
| | Anirban Saha | Design of Front-End Receiver Electronics for 3D Trans-Esophageal Echocardiography |
|---|
| 2012 |
Chao Chen | Energy-Efficient Self-Timed Zero-Crossing-Based Incremental Delta-Sigma ADC |
|---|
| | Umanath Kamath | Design of high-resolution photodiode readout circuitry for a bio-implantable continuous glucose sensing chip |
|---|
| | Vlad Dyachenko | A Low Power 10-bit SAR ADC in a 45nm CMOS process |
|---|
| | Shishir Goyal | Frequency References Based on the Thermal Diffusivity of Silicon and Silicon Dioxide |
|---|
| | Yao Cheng | Energy-Efficient Capacitive-Sensor Interface Based on A Multi-Slope ADC |
|---|
| | Ajit Kalgi | A Gm-C based Continuous-Time Sigma-Delta Modulator with Compact FIR-DAC |
|---|
| | Gaurav Panchanan | A Sub-1V Bandgap Reference in CMOS |
|---|
| | Xiaoliang Ge | The design of a global shutter CMOS image sensor in 110nm technology |
|---|
| | Yang Liu | The Desigh of a High Dynamic Range CMOS Image Sensor in 110nm Technology |
|---|
| | Bharani Chava | A Low-Input Current Chopper Amplifier |
|---|
| | Ravi Bagree | Characterization and Design of a Readout Circuit for a Piezoelectric-based Acoustic Disdrometer |
|---|
| | Ali Fekri | A ratio metric analog-to-digital converter for eddy current displacement sensors |
|---|
| 2011 |
Fan Guo | Energy-efficient capacitive-sensor interface based on an incremental Delta-Sigma modulator employing current-starved inverter-based OTAs |
|---|
| | Zeng Zeng | Energy-efficient readout of resonant sensors |
|---|
| | Selcuk Ersoy | An AC-Biased MEMS Microphone Readout Circuit Design |
|---|
| | Gaurav Singh | A Gm-C Continuous-Time Sigma-Delta Modulator with Improved Linearity |
|---|
| | Junfeng Jiang | Design of a Wide-Bandwidth Magnetic Field Sensor |
|---|
| | Sebastian Voorderhake | Micro spectrometer for the measurement of the composition of new gas |
|---|
| | Jia Guo | DLL Based Single Slope ADC For CMOS Image Sensor Column Readout |
|---|
| | Folkert Roscam Abbing | Light-Emitting Diode Junction-Temperature Sensing using Various Voltage/Current Measurement Techniques |
|---|
| | Kar Fee Tang | Early detection of anastomotic leakage using oxygen and carbon dioxide sensor |
|---|
| 2010 |
N. Sarhangnejad | High-precision Sigma-Delta Modulator with improved linearity |
|---|
| | Onur Kaya | A Precision RC-locked Oscillator |
|---|
| | S. Chen | Surface-Micromachined Thermal Conductivity Gas Sensors For Hydrogen Detection |
|---|
| | Saket Sakunia | Ping-Pong-Pang Instrumentation Amplifier |
|---|
| | C. Ma | Pixel ADC Design for Hybrid CMOS Image Sensors |
|---|
| | M. Geljon | Excitation and readout of a thermally driven time-domain optical coherence tomography system |
|---|
| | Y. Jiajian | Time-Gain-Compensation Amplifier for Ultrasonic Echo Signal Processing |
|---|
| | C. Liu | A Double-mode Linear Imaging System for IC-compatible Microspectrometers in Visible Light |
|---|
| 2009 |
A. Cheng | Design of a Readout Scheme for a MEMS Microphone |
|---|
| | A.D.H. Tierolf | Microchip electrophoresis for UVC-induced DNA damage assessment |
|---|
| | Kamran Souri | An Energy-Efficient Smart Temperature Sensor for RFID Applications |
|---|
| | Xiaodong Guo | Investigation on Capacitive Sensor Interface with Improved Immunity to External Interference |
|---|
| | Y. Xu | Charge Domain Interlacing CMOS Image Sensor Design |
|---|
| | P.J. Ngana | Design, Modeling and Simulation of a 52MHz MEMS Gyroscope Device in 1.5um SOI |
|---|
| ELCA |
2024 |
Xing Gao | A LOW OUT-OF-BAND NOISE 2.5GHZ DTX |
|---|
| | Olasoji Makinwa | A High-Speed Delay-Locked Loop for RF Applications |
|---|
| | Jelle Van der Pas | Design of a Digital Controlled Oscillator for Bluetooth BLE/EDR combo with high tolerance towards AM-FM interference |
|---|
| | Teije Onstein | The Coil-Hall Hybrid Current Sensor: Exploring the Limits of CMOS High-Speed Low-Noise Current Sensing |
|---|
| | David Denekamp | A 3.15 GHz Digital Class E Load-Modulated Balanced Amplifier |
|---|
| 2023 |
Maciej Nawrocki | Resistor-Based Digital-to-Analog Converters |
|---|
| | Lunan Gu | A design of ultra-low phase noise CMOS oscillator based on series-resonance |
|---|
| | Lianbo Liu | Design of N-way DPAs/LMBAs for broadband and low-loss applications |
|---|
| | Heqi Deng | A Wideband Low-power Gyrator-enhanced Electrical Balance Duplexer For IR-UWB Transceiver |
|---|
| | Aschraf Gardouh | A 10Gb/s PI-CDR design |
|---|
| | Ossama El Boustani | CMOS Drivers for RF-DACs |
|---|
| | Erwin Allebes | A Doherty-Like Class-G HoC SCPA With Deep Power Back-Off Efficiency Enhancement |
|---|
| | Lars Gelling | Path planning for Lunar Rovers |
|---|
| 2022 |
Hrishi Narayanan Kothandaraman | Modelling & Evaluation of EM Effect of Metal Fills used in IC Technology |
|---|
| | Simon Verkleij | Design of an Active N-Path Filter for 5G mm-wave Receivers |
|---|
| | Jiang Liu | An Energy-Efficient High-Speed Full-Duplex IR-UWB Transceiver For Joint Radar and Communication (RadCom) |
|---|
| | Tariq Aziz | A Highly-Linear Low-Power Down-Conversion Receiver for Digital Transmitter’s Error Detection |
|---|
| | Pieter van der Kamp | Reciprocal mixing and inherent nonlinearity in N-path filters |
|---|
| | Jelle Boele | CMOS magnetic field sensor using a pick-up loop: for measuring electric currents |
|---|
| | Chenyan Zhang | Structure electronic design of a crystal filter for high accuracy multi-mode crystal oscillator |
|---|
| | Atharva Deshpande | A Highly Linear I/Q-Interleaving DDRM |
|---|
| 2021 |
Lennart de Jong | A 10Gb/s Cryogenic Clock and Data Recovery System with Low Jitter |
|---|
| | Praneetha Sannidhanam | A novel frequency-tracking loop based on sub-Nyquist samplers for a wide locking range and fast locking |
|---|
| | Yu Huang | AN ENERGY-EFFICIENT, HIGH-DATA-RATE TRANSMITTER |
|---|
| | Richard Coesoij | 5G mm-Wave Downconverter: Architecture for the Antenna Dome System |
|---|
| | Gilbert Hardeman | A highly linear downconverter for on-chip linearization of digital power amplifiers |
|---|
| | Haris charalampidis | A HIGH EFFICIENCY SWITCHED-CAPACITOR POWER AMPLIFIER WITH REAL-TIME CALIBRATION FOR HARMONIC SUPPRESSION |
|---|
| | Chenyan Zhang | Structure electronic design of a crystal filter for high accuracy multi-mode crystal oscillator |
|---|
| 2020 |
Madhumitha Jayavel | Design and implementation of a Low Power Mixer-first Receiver for IEEE 802.11ah standard |
|---|
| | Bagas Prabowo | Characterization and Design of a Cryogenic CMOS Receiver for Superconducting and Spin Qubit Readout |
|---|
| | Anil Kumar Kumaran | A Linear and Efficient Power Amplifier for WiFi |
|---|
| | Jun Feng | A 10 Gbps Wireline Transceiver Link To Interface |
|---|
| 2019 |
Prabhav Manchanda | CURALF: CUbesat for Radio Astronomy at Low Frequencies |
|---|
| | Armin Šabanović | Low-SNR Operation of FSK Demodulators |
|---|
| | Charlotte Treffers | Design of a wideband low-power low noise transconductance amplifier for sub-GHz IoT applications |
|---|
| | Sarthak Sharma | Design of Wide Range Injection Locked Bang-Bang Phase Locked Loop for Dielectric Spectroscopy |
|---|
| 2018 |
Sunil Sheelavant | Design of Frequency locked loop and Receiver front-end for Burst-Chirp UWB Radar Transceiver for Vital Signs and Occupancy Sensing by monitoring the respiration and heartbeat rate |
|---|
| | Amitava Giri | Energy Efficient Wideband
Transmitter for Millimeter-Wave 5G System |
|---|
| | Bas Stijnen | A military satellite terminal for S&F |
|---|
| | Rob Bootsman | Power RF-DAC |
|---|
| | Shubham Vyas | Uncertainty Estimation in Vision-Aided Robot Teleoperation System |
|---|
| 2017 |
Xiao Wang | An IR-UWB pulse generator based on switched capacitors RF-DAC |
|---|
| | Anand Ramesh | High Efficiency Power Amplifiers for 77GHz Automative RADARs |
|---|
| | Jiang Gong | Analysis and Design of a Ring-Oscillator-Based Fractional-N Injection-Locked Digital PLL for IoT Applications |
|---|
| | Pengqi Chen | Distributed Algorithms Design for Zebro Swarming |
|---|
| | Hongming Yu | Structured design of an external NMOS based linear voltage regulator for automotive applications |
|---|
| | Michael Polushkin | A Wideband Frequency-Agile Phase Modulator for Digital Polar Transmitters |
|---|
| 2016 |
Bishnu Patra | Cryogenic frequency generationfor scalable control and read-out of qubits |
|---|
| | Lei Chen | High Efficiency IQ-sharing Transmitter |
|---|
| | Vijaya Purushothaman | An Ultra-low power Direct Frequency Demodulator for Bluetooth Smart applications |
|---|
| 2015 |
J.M.M. van der Meulen | Linearity Analysis and Enhancement Techniques for the Base-Collector Capacitance Dominated Distortion in Bipolar Amplifiers |
|---|
| | Georgios Sarris | A medium power 135 GHz power amplifier |
|---|
| 2014 |
Yuan Gao | Design of a Duty-Cycled Fractional-N ADPLL Based on Instantaneous Start-up LC DCO and High-precision DTCs |
|---|
| | Lianbo Wu | An Ultra-Low-Power ADPLL for BLE Applications |
|---|
| | Alan Chen | DTC and TDC IC Design for Ultra-Low-Power ADPLL |
|---|
| | R.G. Venter | A Package Integratable Six Port Reflectometer for RF Power Devices |
|---|
| | A. Pillai | LNA and Square Law Detector at 60 GHz for Passive Radiometers |
|---|
| | Bindi Wang | Edge-prediction DTC and Clock-gating TDC Design for Ultra Low Power All Digital PLL |
|---|
| 2013 |
Gerasimos Vlachogiannakis | Low Power, All-Digital Fractional-N Frequency Synthesizers for Multi-GHz Applications |
|---|
| | Satoshi Malotaux | Full-Duplex CMOS Duplexer: Passive self-interference cancellation |
|---|
| | Sanganagouda Patil | An Ultra-Linear LNA for Base stations |
|---|
| | Vamshi Chillara | An Ultra-Low-Power ADPLL for WPAN Applications |
|---|
| | Jianghai He | Wideband High Power Doherty Amplifiers |
|---|
| 2012 |
Mohammadreza Mehrpoo | A Highly Selective, Very Linear Low Noise Transconductance Amplifier Capable of Large-Signal Handling for Current-Mode Receivers Front-End |
|---|
| | Yang Li | A NMOS Linear Voltage Regulator for Automotive Applications |
|---|
| | Santosh Astgimath | A low noise, low power dynamic amplifier with common mode detect and a low power, low noise comparator for pipelined SAR-ADC |
|---|
| | Md. Shakil Akter | A Low-Power Class-AB Residue Amplifier for a 12bit 500MS/sec Pipeline ADC with Digital Calibration |
|---|
| | Armin Tavakol | Digitally Controlled Oscillator for WiMAX in 40 nm |
|---|
| 2011 |
Ajay Kumar Manjanna | Design and development of active baseband loadpull system |
|---|
| | Wenlong Jiang | ADPLL Design for WiMAX |
|---|
| | Jing Li | Wideband High Power Amplifier Design |
|---|
| | S. Motoroiu | Multi-band/Multi-Mode RF Front-end Receiver for Basestation Applications |
|---|
| | X. Zhang | Design of a Baseband Section for LTE-Advanced Mobile Communiation |
|---|
| | Ao Ba | Ultra-low-power Digitally-controlled Oscillator for Event-driven Transmitter |
|---|
| | Popong Effendrik | Time-to-Digital Converter (TDC) for WiMAX ADPLL in State-of-The-Art 40-nm CMOS |
|---|
| 2010 |
G. Mishra | An Oscillator System for a Quadrature Downconversion Auto-Correlation Ultra-Wideband (UWB) Receiver |
|---|
| | R. Sehgal | A 12-bit 500MS/s Pipeline Split-ADC |
|---|
| | K.I.M.I. Khalaf | 60GHz front-end receiver chain in 90nm CMOS technology |
|---|
| | J. Shen | 60GHz Quadrature Voltage-Controlled Oscillator for Radar Application |
|---|
| | X. Deng | Wideband Doherty Power Amplifier Design for Base Station Application |
|---|
| | K. Shi | A 60W Compact Highly Efficient Wideband Class-E Power Amplifier |
|---|
| | Y. Wang | Wideband Class-B Power Amplifiers |
|---|
| | B. Wu | Highly Linear LNA Design for Base Station Applications |
|---|
| | R. Zhang | Design Study on the Switched and Linear Operation of Broadband CMOS Class-E Power Amplifiers |
|---|
| | R.F. Kearey | A high-efficiency switch-mode amplitude modulator for class E power amplifiers in nano-satellites |
|---|
| 2009 |
M.H. Sadeghi | New architecture for remote powered wireless transmitter |
|---|
| | A. Donmez | WideBand PLL as a clock multiplier |
|---|
| | L. Jiang | Signal Up-conversion for Integrated Radar Systems |
|---|
| 2008 |
J. Wan | Design of a Distributed Clock Generator for Multiple Power Domain System-on-Chip Integrated Circuits |
|---|
| SPS |
2024 |
Bart Hettema | Circuits and Systems for a Spiking Neuromorphic Network in 28 nm CMOS |
|---|
| 2023 |
Tianyu Du | Digital self-timed neuron design for Spiking Neuron Networks |
|---|
| | Jiongyu Huang | On-chip Self Timed SNN Custom Digital Interconnect System |
|---|
| 2022 |
Jinyao Zhang | Self-timed interconnect for SNN - From Point to Point Communication to Multi-array Segmented-bus Solution |
|---|
| | Longxing Jiang | A New Logarithmic Quantization Technique and Corresponding Processing Element Design for CNN Accelerators |
|---|
| | Yichen Yang | Off-chip Self-timed SNN Custom Digital Interconnect System |
|---|
| | Yongkang Zhou | Modeling of router structure for SNN-applicable NoC definitions |
|---|
| 2021 |
Hanyu Ma | Hardware Spiking Neural Network based Sbox AES |
|---|
| | Pai Li | Physical Characterization of Asynchronous Logic Library |
|---|
| | Fang Yang | Designing Asynchronous Gate Library with new System Level Trade-offs |
|---|
| | Shreya Sanjeev Kshirasagar | Mapping of Spiking Neural Network Topologies on Neuromorphic Hardware |
|---|
| 2019 |
Joris Coenen | A Highly Concurrent, Memory-Efficient AER Architecture for Neuro-Synaptic Spike Routing |
|---|
| 2018 |
Johan Mes | Design Space Exploration of a Neuromorphic ECG Classification System using a Spiking Self-Organizing Map |
|---|
| 2017 |
Andrei Ardelean | Energy-efficient multipath ring network for heterogeneous clustered neuronal arrays |
|---|
| | Jelimo Maswan | Multiway Component Analysis for the Removal of Far Ventricular
Signal in Unipolar Epicardial Electrograms of Patients with Atrial
Fibrillation |
|---|
| | He Zhang | Multi-FPGA Interconnection Simulation |
|---|
| | Xuefei You | Full-Custom Multi-Compartment Synaptic Circuits in Neuromorphic
Structures |
|---|
| | Ester Stienstra | A 32 x 32 Spiking Neural Network System On Chip |
|---|
| | Peter Stijnman | Transceive Phase Corrected Contrast Source Inversion-Electrical Properties Tomography |
|---|
| 2016 |
Bahador Valizadehpasha | On-Chip Cryogenic Read-Out of Spin Qubit for Quantum Computers |
|---|
| | Rosario Incandela | Cryogenic CMOS LNA for RF readout of spin qubits |
|---|
| | Preethi Padmanabhan | Design of a Sub-harmonically Injection-Locked TDC Array for Space Applications |
|---|
| | Arin Ülkü | High Resolution, Fully Digital Photon-Counting Image Sensors in DSM CMOS Technologies |
|---|
| | Kiki Wirianto | Multi-Domain SystemC Model of a Neural Interface |
|---|
| 2015 |
Guozhi Xu | Implementation of in-situ monitoring techniques for power reduction in smart sensors |
|---|
| | Yuteng Hao | Low power digital baseband architecture for wireless sensor nodes |
|---|
| | Ting Gong | Development and Characterization of an Endoscopic TOF PET System |
|---|
| | Martijn Bijwaard | Scalable Network Based Clock Synchronization for Digital PET System |
|---|
| 2014 |
Dali Zhang | Long-range 3D Range Detector Based on Time-correlated Single-photon Counting |
|---|
| | Harald Homulle | Development of a Multichannel TCSPC System in a Spartan 6 FPGA |
|---|
| | Jorn Zimmerling | Modeling of wave propagation in open domains: A Krylov subspace approach |
|---|
| | Milovan Vasic | Physical design of a 3D router: reducing the number of vertical connections and enabling asynchronous operation |
|---|
| 2012 |
Nupur Lodha | Monolithic Integration of LEDs and SPADs in Standard CMOS Technology for Optical Joystick Application |
|---|
| | J. Rodriguez Rodriguez de Guzman | A general RDE-based simulator for statistical timing analysis |
|---|
| 2011 |
Vashishth Chaudhri | Fundamentals, Specifications, Architecture and Hardware Towards a Navigation System Based on Radio Pulsars |
|---|
| | Priyanka Kumar | Time-of-Flight 3D Imaging based on a SPAD-TDC Pixel Array in Standard 65 nm CMOS Technology |
|---|
| | Guanyu Yi | High-Quality, Real-Time HD Video Stereo Matching on FPGA |
|---|
| | Harmen Menninga | Implementation, Characterization, and Optimization of an FPGA-based Time-to-Digital Converter |
|---|
| 2010 |
Ashish Nigam | Standard Cell Behavior Analysis and Waveform Set Model for Statistical Static Timing Analysis |
|---|
| 2009 |
Rahmadi Trimananda | A hierarchically pipelined data acquisition system for single-photon avalanche diode array |
|---|
| | Lin Li | 45nm Extraction and verification flow with SPACE |
|---|
