foundations of the doctrine of "habitoscopy
(habitology)".
Among the researches of Ukrainian scientists, it
should be noted the work of those who followed
a comprehensive approach in the study of
procedural methods of identification based on
appearance. Given that for a long time the most
tried and tested was the identification of a person
on the basis of appearance, which was carried out
during presentation for identification, the work
by I. Zholnovych was considered innovative, in
which the scientist explored theoretical problems
and practice of forensic description of the person
researched on appearance (Zholnovych, 2007).
Some provisions of this work are still relevant for
the theory of Ukrainian criminology. Recent
work also includes a thorough study of the tactics
of identifying a person in an imaginary manner
during presentation for identification.
B. Bezkorovainy carried it out (Bezkorovoyny,
2018).
Scientists are currently conducting research
aimed at simplifying the procedure of identifying
a person by appearance and obtaining more
accurate results. Scientists are proposing to
introduce new methods, such as iris
identification. Scientists are coming up with
ideas to simplify the process of recognizing a
person. In some countries, for example, it has
been proposed to provide recognition by
videoconference (Bertovsky, Ryzhkova &
Ryzhkov, 2021, p. 21). According to the analysis
of modern research of domestic and foreign
scientists, it should also be noted that they are
quite actively discussing the ideas of research on
the identification of a person by the peculiarities
of gait, speech, etc. (Khakhanovskyi, &
Chashnytska, 2020; Ibn Khedher, El-Yacoubi &
Dorizzi, 2017; Khan, Farid & Grzegorzek, 2021).
Gait identification is a new biometric modality
for automatic visual observation and monitoring,
as gait patterns correlate strongly with the
subject's personality. The amount of research on
the identification of people on the move has
increased dramatically over the past two decades
due to several advantages. These techniques do
not require active cooperation with users and can
be carried out without their participation. In
addition, gait is difficult to simulate, and
identification can be accomplished by analyzing
low-resolution videos and using simple
instruments (Khan, Farid & Grzegorzek, 2021).
At the same time, it should be emphasized that
currently in Ukraine such methods of forensic
examinations are not registered, and therefore the
results of these studies cannot be used as
procedural sources of evidence, which highlights
the need to study other ways of identifying
people.
A significant contribution to the issues we study
is made by scientists who are developing and
improving methods of identifying people who
are in crowded places (in the crowd) on the basis
of video recordings. Modern approaches allow
solving this problem by using software that
allows the process of identifying people as
individuals, avoiding the fact that they often form
groups or move in crowds. Interestingly, in some
countries, such as Italy, the visual identification
of a person appearing in the fixation area of
various cameras, ie video footage, is defined as
the re-identification of a person. At the same
time, under such conditions, scientists try to
study not only the video itself. They also use
information provided by others who were also in
the camera range and in close proximity to the
person to be identified. It can provide appropriate
visual context for improving the efficiency of re-
identification of individuals in the group (Lisanti,
Martinel, Micheloni, Del Bimbo & Foresti,
2019). Because the videos used to identify a
person may be of poor quality, in order to
effectively improve facial recognition on video,
scientists are exploring various technologies to
improve this process. For example,
representatives of Guangzhou University suggest
synthesizing facial images based on 3D facial
modeling and blurring. In the proposed
algorithm, they first used a high-resolution 2D
front face to build a 3D face model, then several
virtual faces with different poses were
synthesized from the 3D model, and finally some
degraded face images were built from the
original and virtual faces. through the blurring
process (Hu, Peng, Wang, Yang & Li, 2017).
Somewhat similar techniques are used again to
identify a person by gait (Huynh-The, Hua, Tu &
Kim, 2020).
The developments of these scientists and some
provisions of their research confirm the fact that
the identification of a person because of
appearance was and remains a topical issue. We
propose to focus our efforts on determining the
legal and organizational basis for the
identification of a person by appearance during
the investigation of criminal offenses in Ukraine.
Results and discussion
The process of identification is a common skill
that has largely gone unnoticed in psychology
and cognitive neuroscience. Neuroscientists who
study the process of identifying a person