Impact Factor:
ISRA (India) =
4.971
ISI (Dubai, UAE) =
0.829
GIF (Australia) =
0.564
JIF = 1.500
SIS (USA) =
0.912
РИНЦ (Russia) =
0.126
ESJI (KZ) =
8.997
SJIF (Morocco)
= 5.667
ICV (Poland)
= 6.630
PIF (India)
= 1.940
IBI (India)
= 4.260
OAJI (USA)
= 0.350
Philadelphia, USA
392
one type of diagram used in Barker notation - ERD.
An entity on ERD is represented by a rectangle of any
size,
containing the entity name, a list of attribute
names (possibly incomplete) and indicators of key
attributes (the "#" sign in front of the attribute name).
All relationships are binary and are lines with
two ends (connecting entities), for which a name, a
degree of multiplicity (one or many objects participate
in a relationship) and a degree of obligation (a
relationship between entities is required or optional)
must be defined. For multiple links, the line is attached
to the entity
rectangle at three points, and for single
links, at one point. For a mandatory link, a continuous
line is drawn up to the middle of the link, for an
optional one - a dotted line.
References:
1. Dixon,
B.
(2016).
“Health
Information
Exchange: Navigating and Managing a Network
of Health Information Systems”,
Academic
Press, vol. 1, p.376.
2. Qarshiev, A.B., Nabieva, S.S., & Egamqulov,
A.Sh. (2019). Medical information Systems.
Internotianal Scientific Journal Theretical &
Applied Science, Issue 04, Vol. 72.
3. Bogoslovsky, V. V. (2009).
“Prediction of
productivity, adaptation capacity of species and
hybrids of the silkworm for enzyme systems and
proteins spectra the Text.: dissertation of
candidate of biological Sciences,” / V. V.
Theological, Stavropol.
4. Feylamazov,
S.A.
(2016).
"Information
technologies in medicine: A manual for medical
colleges". (p.163). Makhachkala: DBMK.
5. Sakiev, T., & Nabieva, S. (2018).
Architecture
of the medical information system.
International
Scientific Journal Theoretical & Applied
Science. Section 4. Computer science, computer
injineering and automation. Issue: 05 Volume:
61. Published: 14/05/2018, pp. 35-39
6. Sakiev, T., & Nabieva, S. (2017). Principles of
computer design.
International scientific and
practical journal "Theory and Practice of
Modern Science", Issue No. 7 (25) (July, 2017).
7. Primova, H., Sakiev, T., & Nabieva, S. (2019).
Development of medical information systems.
XIII International
scientific and technical
conference "Dynamics of Systems, Mechanisms
and Machines" November 2019, Omsk, Russia.
(Scopus).
8. Karshiev, A., & Nabieva, S. (2019). Medical
information systems.
International Scientific
Journal Theoretical & Applied Science.
SECTION 4. Computer science, computer
injineering and automation. Issue: 04 Volume:
72. Published: 30/04/2019, pp.505-508.
9. Sakiev, T., & Nabieva, S. (2017). Typical
processes of AWP.
International scientific and
practical journal "Theory and Practice of
Modern Science", Issue No. 7 (25) (July, 2017).
10. Coplan, S. (2011). "Project Management for
Healthcare",
Information Technology McGraw-
Hill, Education; vol. 1, p.288.