Developing and applying robotic technologies and artificial intelligence systems (using autonomous unmanned underwater vehicles)
| Autor | Pavel P. Baranov - Aleksey Yu. Mamychev - Andrey Yu. Mordovtsev - Danilyan O. G. - Dzeban A. P. |
| Cargo | Doctor of Legal Sciences - Doctor of Political Sciences - Doctor of Legal Sciences, Professor - Dr. habil. of Philosophy, Professor - Dr. habil. of Philosophy, Professor of the Philosophy department, Yaroslav Mudryi National Law University, Kharkiv, Ukraine |
| Páginas | 553-573 |
Periódico do Núcleo de Estudos e Pesquisas sobre Gênero e Direito
Centro de Ciências Jurídicas - Universidade Federal da Paraíba
V. 9 - Nº 03 - Ano 2020 Special Edition
ISSN | 2179-7137 | http://periodicos.ufpb.br/ojs2/index.php/ged/index
553
DEVELOPING AND APPLYING ROBOTIC TECHNOLOGIES
AND ARTIFICIAL INTELLIGENCE SYSTEMS (USING
AUTONOMOUS UNMANNED UNDERWATER VEHICLES)
Pavel P. Baranov1
Aleksey Yu. Mamychev2
Andrey Yu. Mordovtsev3
Danilyan O. G.4
Dzeban A. P.5
Abstract: The paper includes
systematization of the main problems
and contradictions in the development of
modern national legislation and
international legal order in the context of
the processes of integrating robotic
technologies and devices based on the
artificial intelligence into the social life
of society. The article discusses
doctrinal, legal, ethical and socio-moral
issues in the regulation of the
development and application of artificial
intelligence systems, robotic
technologies, autonomous devices, etc.
1Doctor of Legal Sciences, Professor, (Russian Presidential Academy of National Economy and
Public Administration) (Russia, Rostov-on-Don); E-mail: pravosoznanie@gmail.com
2 Doctor of Political Sciences, Candidate of Legal Sciences, Professor, Vladivostok State
-mail: mamychev@yandex.ru
3Doctor of Legal Sciences, Professor, Professor of the Department of Theory and History of
Russian and Foreign Law of the Vladivostok State University of Economics and Service,
Professor of the Department of Theory and History of State and Law of the Rostov Institute
(branch) of the All-Russian State University of Justice (Russian Law Academy of the Ministry of
-mail: aum.07@mail.ru
4Dr. habil. of Philosophy, Professor, Head of the Philosophy department, Yaroslav Mudryi
National Law University, Kharkiv, Ukraine; -mail: odana@i.ua
5Dr. habil. of Philosophy, Professor of the Philosophy department, Yaroslav Mudryi National Law
University, Khark-mail: a_dzeban@ukr.net
The authors substantiate the need to
formulate a legal concept and the ethical
standards for the regulation of these
technologies and systems, propose
directions, methods and forms for the
development of a comprehensive
program for the regulatory mediation of
the development and integration of
innovative processes in the social life of
people. It is noted that the rapid
development of robotic technologies and
artificial intelligence systems creates an
acute need of modernity - the legal
regulation of relations associated with
Periódico do Núcleo de Estudos e Pesquisas sobre Gênero e Direito
Centro de Ciências Jurídicas - Universidade Federal da Paraíba
V. 9 - Nº 03 - Ano 2020 Special Edition
ISSN | 2179-7137 | http://periodicos.ufpb.br/ojs2/index.php/ged/index
554
the application of RT and AI. At the
same time, it is shown that a state that
develops the effective legal models and
legislative bases for regulation in this
field will be able to win in an acute
competitive struggle, to formulate the
international legal standards and models
for other countries.
Keywords: autonomous underwater
vehicles (AUV), deontological codes,
national legislation, artificial
intelligence, international law, legal
regulation, robotic technologies, ethical
standards.
1. Introduction
Today, the leading priority in
the development of the leading countries
in the civil and military fields is the
creation of not only air-, land-, but also
sea-based robots and robotic complexes.
At the same time, the development of
robotics and artificial intelligence is an
integral part of the development of
Unmanned Underwater Vehicles
(UUV), which in turn are divided into
Remotely Operated Vehicles (ROV) and
Autonomous Underwater Vehicles
(AUV). Over the past 20 years, such
countries as the USA, Britain, France,
Germany, China, Japan, Norway and
Israel have increased their R&D funding
by 30 times to build civilian and combat
robots and robotic complexes of
primarily bottom infrastructure [13].
Particular attention is paid not only to the
creation of the UUVs itself, but also to
the software, the creation and
development of a digital intelligent
navigation system, etc.
In recent years, a significant
number of civil and military UUVs have
been created in various countries that
have a leading position in the field of
marine technology, hardware and
software, digital developments in the
field of navigation systems. During this
period, the UUVs have not only
demonstrated its effectiveness in the
performance of reconnaissance, survey
and exploration, depth survey, mine
action and other works, but also opened
up the fundamentally new areas of use.
The latter is associated with the use of
artificial intelligence systems based on
the so-called strong AI system
(autonomous artificial devices and
robotic technologies capable of
performing a whole range of intellectual
functions, making operational decisions,
effectively responding to emerging
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