IEEE Circuits and Systems Magazine - Q3 2021 - 71

The following tutorials were delivered:
■ " AI-managed Digitizers for Cognitive Radio " by
José M. de la Rosa and Luis Camuñas-Mesa;
■ " Fault Tolerant Techniques for Integrated Circuits "
by Fernanda Lima Kastensmidt;
■ " Systematic Design of Analog CMOS Circuits Using
Lookup Tables " by Paul G. A. Jespers;
■ " Wireless Power Transfer: From Fundamentals
to Applications " by Pablo Pérez-Nicoli, Fernando
Silveira, and Maysam Ghovanloo.
Regular LASCAS program included 13 sessions with
68 presented papers. IBERCHIP program was presented
in three sessions with the total of 19 papers, while
PRIME-LA had one session with the total of 4 papers.
Papers were presented in English, Spanish, and
Portuguese.
Proceedings of LASCAS will be published by IEEE and
will be available on the IEEE Xplore. As LASCAS is a
CASS flagship event, best ranked papers from the conference
will be invited to submit extended versions to
IEEE Transactions on Circuits and Systems I: Regular
papers.
The 13th LASCAS conference will be held in Puerto
Varas, Chile, in February 2022.
2019-2020 Student Design Competition
T
he final competing projects in the 2019-2020 Student
Design Competition were:
1) Curupira: A Real-Time Fire Prediction and Detection
System, from Centro de Informática, Universidade
Federal de Pernambuco (Brazil). This project created
a wireless sensor node for environmental
monitoring to address wildfires.
2) Application for Parkinson's Disease Detection, from
Laboratory on Smart Integrated Systems (SISLAB),
University of Engineering and Technology
(UET)-Vietnam National University (VNU). The
team designed and tested an actively controlled
spoon to reduce the effects of Parkinsonian tremors
during eating.
Digital Object Identifier 10.1109/MCAS.2021.3092537
Date of current version: 12 August 2021
3) Robotic Control of Tick Populations, from Virginia
Military Institute, Department of Electrical &
Computer Engineering (USA). The students developed
a semi-autonomous robot to combat
ticks while reducing the environmental impact
of pesticides.
4) PCCR Based Wheelchair Control System, from Information
Science and Engineering College of Southeast
University and Chien-Shiung Wu College of
Southeast University (China). The team innovated
an assistive control system to enable streamlined
operation of a wheelchair.
5) Smart Magnetic Biosensor for Malaria Detection,
from University of Glasgow (UK). The project focused
on a new portable technique for analyzing
biological samples at the point of care.
Source: CASS SDC organization committee
THIRD QUARTER 2021
IEEE CIRCUITS AND SYSTEMS MAGAZINE
71

IEEE Circuits and Systems Magazine - Q3 2021

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