Current Lecturers of CAS Distinguished Lecturer Program (DLP)
Below are the contact information and terms of the current IEEE Circuits and Systems (CAS) DLP speakers.
The abstract(s) of the Distinguished Lectures and speaker biographies are available for the 2016-2017 and 2017-2018 terms through these links:
http://ieee-cas.org/sites/ieee-cas.org/files/2016-2017-dl-lectures.pdf
http://ieee-cas.org/sites/ieee-cas.org/files/2017-2018-cas-dl-lectures-final.pdf
If you are interested in inviting a DLP speaker to your region, please get in touch with your local IEEE-CAS chapter chair. Your chapter chair will contact the DLP chair to make arrangements for sponsoring a DLP lecture. Please remember to check the Education page for the latest updates.
- Arindam Basu (arindam.basu@ntu.edu.sg)
- Lecture #1: Designing Low-power “Intelligent” Chips in the face of Statistical Variations of Nanoscale Devices: The Neuromorphic Solution
- Meng-Fan (Marvin) Chang (mfchang@ee.nthu.edu.tw)
- Lecture #1: Challenges in Circuits and Systems for Emerging Memory Based Energy-Efficient Intelligent Electronics
- Lecture #2: Challenges and Trends of Memory Circuit Designs for Energy-Efficient IoT Devices
- Jie Chen (jchen@ece.ualberta.ca)
- Lecture #1: Designing and micro/nano-fabricating portable impedance-based point-of-care biosensors
- Lecture #2: Developing pulsed wave instruments for renewable biofuel and therapeutic applications
- Tutorial #1: Engineering of Nanobiotechnological Systems
- Yen-Kuang Chen (y.k.chen@ieee.org)
- Lecture #1: Challenges and Opportunities of circuits and systems on Internet of Things
- Lecture #2: Perpetual Wireless Video Camera for Internet-of-Things
- Jose M. de la Rosa (jrosa@imse-cnm.csic.es)
- Lecture #1: Next-Generation Sigma-Delta Converters: Trends and Challenges in a Digital-Driven World
- Tutorial #2: Designing Sigma-Delta Data Converters: From Theory Foundations to Chip Implementation
- Mario Di Bernardo (mario.dibernardo@unina.it)
- Lecture #1: Self-organizing control and synchronization of complex networks
- Lecture #2: From power converters to walking robots: analysis, bifurcations and control of piecewise-smooth circuits and systems
- Julius Georgiou (julio@ucy.ac.cy)
- Lecture #1: Microelectronic Systems for Improved Quality of Life
- Lecture #2: A Fluoroscopic Cancer Screening Capsule for the Small Intestine
- Pantelis Georgiou (pantelis@imperial.ac.uk)
- Lecture #1: The Bio-Inspired Artificial Pancreas for Treatment of Diabetes
- Tutorial #2: CMOS Design for DNA Detection Using Ion-Sensitive Field Effect Transistors
- Bah-Hwee Gwee (ebhgwee@ntu.edu.sg)
- Lecture #1: Secured Microchip Design: Side Channel Attack and its Countermeasure
- Lecture #2: Randomized Modulation for Low-Harmonics Low-Noise Switched-Mode DC-DC Converters
- Tsung-Yi Ho (tyho@cs.nthu.edu.tw)
- Lecture #1: The Coming of Age of Microfluidics: Connecting Algorithms and Foundations of Chip Design to Biochemistry and the Life Sciences
- Lecture #2: Design Automation, Test, Error Recovery: Toward Secure, Dependable, and Adaptive Large-Scale Lab-on-Chip (LOC) Systems
- Ebroul Izquierdo (ebroul.izquierdo@qmul.ac.uk)
- Lecture #1: Face Recognition in the Wild
- Lecture #2: Visual Information Retrieval: From Machine Vision to Human Computation
- Kenneth Jenkins (jenkins@engr.psu.edu)
- Lecture #1: Current Practices and Future Research Directions in Adaptive Signal Processing
- Lecture #2: Arithmetic vs. Algorithmic Fault Tolerance for Highly Scaled VLSI Signal Processors
- Lecture #3: Design and Performance of Adaptive Systems Based on Bio-Inspired Optimization Strategies
- Lecture #4: The Wild Historical Tug-a-War: “DSP Theory versus IC Technology
- Weisi Lin (wslin@ntu.edu.sg)
- Lecture #1: Just-Noticeable Difference (JND) Formulation: Turning Limitations of Human Senses into System Advantages
- Tutorial #1: Perception-driven Visual Signal Modeling, Evaluation and Processing
- Shih-Chii Liu (shih@ini.uzh.ch)
- Lecture #1: Event-Based Auditory Processing with Spiking Silicon Cochleas and Deep Networks
- Lecture #2: Event-Based Auditory Processing with Spiking Silicon Cochleas and Deep Networks
- Sanjit Mitra (mitra@ece.ucsb.edu)
- Lecture #1: Structural Interpretations of Stability Tests of Linear Systems
- Lecture #2: Structural Subband Decomposition: A New Concept in Digital Signal Processing
- Riccardo Rovatti (riccardo.rovatti@unibo.it)
- Lecture #1: Adapted Compressed Sensing for IoT Applications
- Lecture #2: Zero-Cost Security for Embedded Systems by Compressed Sensing
- Gabor Temes (gabor.temes@oregonstate.edu)
- Lecture #1: Multi-Step Incremental Analog-to-Digital Converters for Ultra-Low-Power Applications
- Lecture #2: Pseudo-pseudo Differential Circuits
- Lexing Xie (lexing.xie@anu.edu.au)
- Lecture #1: An Anatomy of Social Media Popularity
- Lecture #2: Understanding of Images and Language with Knowledge and Styles
- Hao Yu (haoyu@ntu.edu.sg)
- Lecture #1: Machine-learning Enhanced Biomedical Data Analytics for Point-of-care Diagnosis System
- Lecture #2: CMOS Integrated Lab-on-a-chip System for Personalized DNA Sequencing
Details of procedure for inviting a speaker of DLP can be found here.