InnoVEX 2021 Inno AI Program 15 Top Research Teams Showcase Their Latest AI Technology Research Achievements
Publish Date :2021/09/10
The Ministry of Science and Technology, in compliance with the Executive Yuan’s
Digital Nation and Innovative Economic Development Program (DIGI+) as well as
Taiwan AI Action Plan, has been since 2018 promoting the "Innovative AI Research
Center Program" and has subsidized a number of academia research centers to
establish various smart and innovative ecosystems applicable to talent training,
technology, field and cross-domain cooperation. In order to continuously enhance
Taiwan’s research momentum and promote relevant R&D results for industrial
applications, 15 top research teams have come together this year to participate
in the 2021 InnoVEX online exhibition from now on till December 31st, 2021 in
the "Inno AI Program Theme Pavilion" to showcase the Ministry’s subsidization
program and accomplishments on the part of academic and research teams’
innovative solutions for cross-domain integration in semiconductors and
manufacturing, medical and health, smart cities, services, and aquaculture,
purporting to improve and satisfy the multiple livelihood needs and quality of
life.
The purpose of the Ministry’s smart research programs is not only to promote
Taiwan’s industrial transformation in various fields and improve people’s
livelihoods and well-being, but also to further build a more internationally
recognizable and influential smart and innovative research base in Taiwan to
achieve “Taiwan 2030 —Innovation, Inclusion, and Sustainability” vision. This "Inno
AI Program Theme Pavilion" revolves around the topics of smart life and
industrial upgrading. In terms of medical and health, the Joint Research Center
for AI Technology and All Vista Healthcare of the National Taiwan University has
developed a precision medical AI-assisted decision-making system, which is
combined with wearable devices and IoT environment sensors to implement precise
health management; and its intelligent brain imaging diagnosis service platform
can assist clinical psychiatrists in diagnosing schizophrenia with a diagnosis
accuracy rate of over 90%. Combined with the joint teams of the Pervasive
Artificial Intelligence Research Labs of Yang Ming Chiao Tung University, the
most commonly used mobile phone communication App and AI technology can help
doctors determine whether patients have signs of myocardial infarction from the
electrocardiogram. National Cheng Kung University’s Artificial Intelligence
Biotechnology Medical Innovation Research Center uses AI technology to assist
doctors in detecting tumor cells and hepatitis grading from medical images, and
identify mycobacterium tuberculosis. Facing annoying symptoms of insomnia, it is
possible to adopt non-drug therapy neural feedback to learn self-control and
adjust brain work to improve the dilemma of insomnia with artificial
intelligence and wearable devices.
In the area of industrial competitiveness enhancement in the field of
semiconductor smart manufacturing, the Artificial Intelligence for Intelligent
Manufacturing System Research Center of National Tsing Hua University showcases
their integrated smart planning and scheduling system for mold manufacturing as
well as the application of AI control, preventive maintenance and processing
technology of machine tools IoT. National Taiwan University showcases its R&D
results in the silicon carbide super-power metal-oxygen half-field effect
transistor developed by its Advanced Research Center for Green Materials Science
and Technology, which can improve efficiency of the power system and reduce the
volume, weight and energy consumption. Yang Ming Chiao Tung University’s
Intelligent Semiconductor Nano System Technology Research Center displays
low-impedance internal wiring and ultra-low contact resistance technology of the
smart semiconductor nano system, which can improve the life and toughness of
electronic products. In the aquaculture industry, there is an intelligent
aquaculture management system that combines underwater technology, Internet of
Things, box net aquaculture and other technologies.
To face continued impact of the COVID-19 epidemic, the focus of the fight
against the pandemic is not limited to medical methods. smart services and
applications are also effective ways to reduce human-to-human infection. This
theme pavilion also shows related autonomous drone flight control systems and
advanced driving assistance systems (ADAS). Automatic advertisement generation
and dialogue robots can be extended to 5G smart vertical application services to
ensure platform effectiveness for smart factories, smart medical and long-term
cares.
The 2021 InnoVEX "Inno AI Program Theme Pavilion" presents all participating
research teams’ technical information on an online platform with no space and
time constraints that you can interact with each research team in real time
through the social link function. Through this borderless exchange of views,
more innovative ideas can be stimulated for solutions to challenges and needs
facing the country. You are most welcome to browse the website and contact the
research teams.
Inno AI Program Introduction:
https://www.innoaitw.org/innoaitw/index.php?action=item_article&wpicon_uid=360&web_lang=en-us
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