International Core Journal of Engineering 2020-26 | Page 107

T ABLE Ⅲ. S UMMARY OF CONTENTS WITHIN RESEARCH FRONT TOPICS .
Serial number
Research front 1
Research front 2
Research front topic contents
Research on the protection of intelligent system and smart community and system security. Intelligent system for real-time data
monitoring, feedback and decision-making, involving ecosystem, geographical environment, soil and water resources, social system.
For example, water, urban environment, human, climate, forest, agricultural system, soil, terrain, biology, hydrological resources,
drought, scientific policy, resource allocation, interpersonal communication, human perception, etc. ; smart community is characterized
by "zero energy, zero shutdown, zero congestion".
Research on quantum computing technology and quantum communication (focusing on bandwidth improvement and reliability of
communication channels).
Research front 3 Molecular programming, whose research involves the material, chemical, biological and medical industries.
Research front 4 Robot (including wearable robot), vehicle and enterprise production automation and intelligent research.
Research front 5 Millimeter-wave networks, advanced wireless communication platforms based on cloud computing, and MEMS oscillators that generate
radar signals.
Research front 6 About acoustics and underwater communication and positioning, as well as the efficiency and security of communication.
Research front 7
Researchfront8
Researchfront9
Research front 10
Research front 11
Research front 12
Research front 13
Research on new materials (including intelligent materials, topological ultrasonic materials, etc.) and new device (such as biological
devices, etc.).
Big data analysis, including secure access to data, secure and reliable storage and analysis, calculation; interactive visual data analysis;
communication system and network protocol ensuring data security.
Intelligent simulation: simulate large-scale scenarios quickly and accurately on computer, avoiding expensive and time-consuming
experiments and wrong experiments. At the same time, large-scale machine learning and high efficiency neural network processor
research are carried out.
Biological and drug R & D platform (integrated modeling, programmable chemical reaction, molecular programming, etc.); research on
life science at the level of molecular, cell; and mathematical modeling of biological monitoring, disease prevention and response.
The independent wireless power transmission system, as well as improving energy sustainability and efficiency.
Electronic design and manufacturing framework based on the intelligent cloud; the traditional circuit is completely changed by using the
photonic molecular technology.
Imaging technology research, including time-resolved imaging (capture and analysis per pixel time profile under picosecond standard),
wide-field single-center computational light field imaging, non-invasive light-scattering imaging technology, etc.
The second quadrant represents hot-spot front topics, with
four. The funding time of topics were longer and the
centrality of topics were higher, which indicated that these
topics were paid close attention and include many disciplines.
The interdisciplinary degree of these topics were large, and
these topics be of great potential for development.
IV. D ISCUSSION
By analysis 17 research front topics in the field of
artificial intelligence, a total of 13 research front contents are
obtained, as shown in Table III. Taking the funding time of
topic as the horizontal coordinate x, the centrality of the topic
as the vertical coordinate y, the 5 years of funding time, and
value 10 of centrality as the coordinate origin, the strategic
coordinate diagram of research front topics is shown in Fig.
7.
The third quadrant was the key topics, there are 9, the
funding time of topics were short, the centrality of topics
were high, which indicates that the research contents of these
topics were relatively difficult. The key topics attracted the
attention of many researchers from other disciplines and be
of a high degree of interdisciplinary and inter-fields, and is in
the stage of innovation breakthrough.
It can be seen from Fig. 7.:
The first quadrant was the emerging topics, with two
topics, The funding time of topics were relatively short and
the centrality were relatively low, which indicated that these
topics were just in the exploratory stage and have not been
paid attention by other disciplines and fields, and the
researches have just started.
The fourth quadrant represents topics is being explored,
with two, which with long funding time and relatively low
centrality. These topics have been paid attention. However,
the development potential is not very prominent at present,
and the research is in the developing stage.
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