Poster Chair: Prof. Chia-Ling Wei, National Cheng Kung University
Co-Chair: Prof. Ningning Wang, School of Electronics and Information, Hangzhou Dianzi University
New! See accepted poster listings below.
INSTRUCTIONS FOR AUTHORS
The proposals should provide a description of 1-2 pages including the abstract, figures and tables and key contributions.
The authors need to provide a clear description of the objectives of the work and illustrate the main results with figures and tables.
A summary of the key contributions and conclusions should be included at the end.
NEW! The poster proposal submission portal is open until the session is filled. A limited number of poster slots are still available.
All the poster proposals from China or similar places that do not have access to Google Drive can be submitted directly by email to Prof. Wei firstname.lastname@example.org and Prof. Wang email@example.com.
Please feel free to send your questions to
Professor Chia-Ling Wei at firstname.lastname@example.org
National Cheng Kung University
PwrSoC 2018 Poster Session Chair
Accepted Poster List
(Further poster listings to be added as poster submittals are accepted)
Poster Category: Emerging Technologies
First Author Name
|Emerging Technologies||David Romain||University of Lyon, France||Study and Design of an Integrated VCSEL Driver (150MHz, 1W) for an iToF 3D-based CMOS Image Sensor|
|Granular Power Supply||Francesco Cannillo||Dialog Semiconductor, Germany||Scalable System-level Approach for SoC Supply|
|Granular Power Supply||Barry Clarke||TEL Magnetic Solutions Ltd, Ireland||Optimization of Magnetic Properties for Single Layer and Laminated Cores of Cobalt Rich Amorphous Films Resulting from Post Deposition Magnetic Annealing|
|Granular Power Supply||Dragan Dinulovic||Würth Elektronik eiSos GmbH & Co. KG, Germany||PSiP Power Micromodules with Integrated Inductor for Point-of-Load Applications|
|Granular Power Supply||Toru Sai||University of Tokyo, Japan||Spike Noise Cancelling Circuit for Switched Capacitor DC-DC Converter Mounting MLCCs on CMOS Die|
|Integrated Capacitive Devices||Mohamed Mehdi Jatlaoui||MuRata Integrated Passive Solutions, France||Thin Deep Trench Capacitors Stacking Process towards High density Low ESR/ESL passive devices|
|Integrate Magnetics||Seiya Abe||Kyushu Institute of Technology, Japan||Design Consideration of Air-Core On-Chip Spiral Coil for Power-SoC|
|Integrate Magnetics||Seamus O’Driscoll||Tyndall Institute, Ireland||Electrical Characterisation of Thin Film CZTB Solenoid Inductor in 5V CMOS PwrSiP|
|Integrate Magnetics||Claudiu V. Falub||Evatec AG, Switzerland||Innovations in Deposition of Soft Magnetic Thin Films with Tunable Properties for Integrated Power Converters and RF Components|
|Integrate Magnetics||Takeshi Hara||RICOH Electronic Devices Co., Ltd., Japan||A Planar Inductor Technology by Spray-coat Method for the Power Supply for Compact IoT Sensor Node|
|Integrate Magnetics||Matthias Landmann||Singulus Technologies AG, Germany||PVD Production of Soft Magnetic Multilayers for Integrated Magnetic Inductors|
|Integrate Magnetics||Yuki Sato||Texas Instruments, U.S.A.||A SPICE Model of Inductors Considering Hysteresis Properties|
|Integrate Magnetics||Rongxiang Wu||State Key Laboratory of Electronic Thin Films and Integrated Devices, University of Electronic Science and Technology of China, Chengdu, Peoples Republic of China||On-Chip Transformers with Capacitive Shielding Structures for High dV/dt Signal Isolation|
|System Integration||Michael Brooks||Würth Elektronik eiSos GmbH & Co. KG, Germany||Thermal Advantages of Overmolding Power System in Package (PSiP) Modules|
|System Integration||Yoshiki Sato||Kyushu Institute of Technology, Japan||Numerical Predictions of a Novel 3D stacked Power-SoC Structure Based on Hexagonal-BN|
|System Integration||Jia WANG||Northwestern Polytechnical University, Peoples Republic of China||An Efficient Methodology of Building Power SoC|
|Systems and Application||Ahmed Ammar||Technical University of Denmark||Miniaturization of LED Drivers|
|Systems and Application||Kuo-Chi (Kevin) Liu||Richtek Technology Corporation, Taiwan||Dynamic Impedance Matching Control for Wireless Power Charging Systems|
|Systems and Application||Fangyu Mao||University of Macau, People’s Republic of China||A Reconfigurable Cross-Connected Wireless-Power Transceiver for Bidirectional Device-to-Device Charging|
|Topologies and Control||Le-Ren Chang-Chien||Cheng Kung University, Peoples Republic of China||Controller Sharing Concept for Circuit Area Reduction|
|Topologies and Control||Zhiping Dong||School of Electrical Engineering, Chongqing University, People’s Republic of China||The Modulation and Control Strategy of DC-link Current Minimization for Single-Phase Current Source Inverter|
|Topologies and Control||Ayman Fayed||The Ohio State University, U.S.A.||Dual-Frequency SIMO Topologies for On-Chip Dynamic Power Supplies|
|Topologies and Control||Etienne Foray||Université de Lyon, France||Topology Exploration for High-voltage Low Power Dc-Dc Converter|
|Topologies and Control||Jens Christian Hertel||Technical University of Denmark||Using Time-Based Control Techniques for Active Rectification|
|Topologies and Control||Kyoungho Lee||Korea Electrotechnology Research Institute||A Switch-only Rectifier with Switch Off-time Control for Piezoelectric Energy Harvester|
|Topologies and Control||Yiru Miao||Chongqing University, People’s Republic of China||Sliding Control Strategy for Start-up and Steady State of Boost Converter|
|Topologies and Control||Toshiomi Oka||Kyushu Institute of Technology, Japan||Transient Response of a Digitally Controlled Power Supply Based on Power-SoC|
|Topologies and Control||Sheng-Shiang Pan||National Taiwan University, Department of Electrical Engineering||A Monolithic Capacitor Current Constant On-Time Controlled Buck Converter Achieving Near Optimal Response without Stability Trade-off|
|Topologies and Control||Frederik Spliid||Technical University of Denmark||Stacked Class E resonant Very High Frequency Converter for European Mains Power Factor Correction|
|Wide Band Gap||Arvind Sridhar||IBM Research Zurich, Switzerland||GaNonCMOS: GaN Power Switches Integrated with Si-CMOS for Reliable Power Delivery Systems|