Page 146 - 2020 Defence White Paper

begun a big data prediction model pilot project for 6 items–including personal
equipment, bedding, and general goods–and established a comprehensive plan for
smart logistics centers by implementing a pilot project for on-site management of
military supplies and research service for the operation of a smart logistics center
based on robots and big data. The MND plans to gradually expand life span analysis
items and introduce smart logistics centers.

Win-Win Development of Civilian– To effectively introduce advanced tech-
Government–Military in Major nologies that are developing day by day,
Technical Fields it is essential to utilize civilian experts
and technologies, hence providing the
private sector with opportunities to experiment and generate profits.
First, the MND is making efforts for the early introduction of 3D printing
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technology in the defense domain. Currently, the civilian–government–military
are working together to develop defense metal parts manufacturing technology as
part of a research project led by the Ministry of Trade, Industry, and Energy. The
MND is continuing the education to cultivate defense specialists with 3D printing
27)
3D printer refers to manufacturing technology in each service to acquire 3D printing defense manpower.
the machine itself that
prints three-dimensional The MND plans to gain specialized 3D printers tailored to the characteristics of
objects based on a three- each service and enhance the efficiency of logistics support by producing defense
dimensional design, while
3D printing is the entire parts that are discontinued or are difficult to procure. More robots for operational
process of printing three-
dimensional objects with sustainability support will be used to solve fatigue problems caused by the reduction
a 3D printer, by not only
printing three-dimensional of human resources and heavy weight and repetitive work in the field of operational
objects but also creating
the desired result through sustainability. The ROK Army achieved results
the process of designing
in reducing work hours by conducting test and
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28)
A robot that can evaluation of muscle-assisted robots in the
support the muscles by
supplementing human ammunition and engineering units of the Army.
physical limitations and
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strengthen physical Currently, a passive-type wearable robot
abilities (muscle strength,
endurance, etc.), It pilot project is being promoted. The MND is
is classified into an
exoskeleton-type system planning to promote technology development
and a suit-type system as a civilian-military technology cooperation
according to the structure
and operation method. project, select a test unit, and conduct a wear-
29) able robot pilot project.
A passive robot that does
not use power and a robot Drones, a cutting-edge technology that major
that improves the wearer’s
physical ability through advanced countries are paying attention to,
a drive unit control or a
mechanical mechanism are also highly utilized in the field of defense.
after measuring signals Upper limb strength support wearable
from the human body Accordingly, the MND is promoting the de- robot

144 2020 Defense White Paper