.
LabVIEW
.
96
22
3
,
64
52
12
5
ANNOTATION
This paper describes the problem of testing active and passive sonar. The first
chapter is fully devoted to the literary analysis of the problem, as well as the analysis
and comparison of existing sonar, information-measuring systems and virtual
instruments.
The second chapter describes the development of a virtual signal simulator
model in LabVIEW, as well as an instruction on its application. The correct
operation of the developed system on the oscilloscope was checked and the model
was checked for operability on another personal computer.
The third chapter proposes a design solution, where you can apply the
developed virtual model.
The main feature of the work is remote control of the virtual device.
The work consists of designations and abbreviations, introductions, three
chapters, a conclusion, a list of used sources. The total workload is 96 pages of
typewritten text, which includes 22 drawings, 3 tables and contains a list of used
sources from 64 names, including 52 domestic and 12 foreign sources.
6
.................................................................................... 7
................................................................................................................. 10
...................................................................................... 14
................................ 14
............................................... 17
... 20
....................... 37
1.
............................................................................................................. 44
................................................ 47
................... 54
..................................................................................... 60
............................................................... 64
................................................................................. 64
............................. 64
77
...................................................................... 78
..................................................................................... 78
................................................... 84
............................... 86
............................................................................................................ 88
.................................................................. 90
9
.
)
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
10
14.
15.
1.
2.
3.
4.
5.
6.
7.
8.
9.
[5,6,11]
[9,10],
[12].
[8].
11
1
1.1
[3].
[47].
[3].
[3].
[3].
:
14
[42].
[24, 25,
32, 45, 52]:
1.
(
)
,
(
):
(16)
(
,
);
;
;
,
;
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.
2.
(
(
(
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).
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;
(
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:
(18)
b
,
.
1.3.
3
46
(19)
,
.
42].
1.6
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[29].
47
)
1.2) [27].
4
),
-
39, 40].
49
Channel Processing Options)
LabVIEW
G
43].
,
G
57
1.2
.
,
,
NCH Tone
Generator [59]
,
,
Simple
Function
Generator [60]
.,
Tone Generator
Software [62]
,
.,
.,
.
48
[18]
BIP Electronics
Lab Sine Wave
4
Generator V3.0
[54]
40
,
Test Tone
Generator [61]
44,1
59
8
1.8
.
:
1.
2.
.
.
1.
;
2.
.
60
.
:
1.
Wi Fi
2.
RONJA
:
1.
2.
3.
WiMAX (Worldwide Interoperability for Microwave Access);
4.
HiperMAN;
5.
WiBro (Wireless Broadband);
6.
Classic WaveLAN;
7.
, GPS, Prodat, Odyssey, Global Star).
61
.
Open Systems Interconnect, ISO
.3
1.3
OSI
7.
FTP, Telnet, SMTP, POP3
IMAP4
6.
DNS, LDAP, NetBIOS/IP
5.
4.
TCP, UDP, NCP, SPX
3.
IP, IPX
2.
Ethernet, Token Ring, FDDI
1.
IRDA, USB, Ethernet
62
2
2
10
2.2
(
.
IEW
2.3
4).
64
2.4
1.
2.
3.
1.
2.
3.
1
1
68
2
My IP Address
;
3
;
4
;
5
TCP Write
;
6
TCP Close Connection
Stop
3
1
TCP Listen
T
IP
Address
My IP Address
;
2
3
Play Waveform
4
5
;
TCP Write
.
;
6
;
7
69
8
TCP Close Connection
Stop
9
Simple Error Handler
.2
2.4:
1
;
-1
My IP Address, Server Address
IP
Stop
Wi Fi.
Intel Pentium;
1,7
;
4
70
;
;
Windows 10.
.
:
AMD Ryzen 5;
3,6
16
250
Windows 10 Pro.
-
2.5-2.9.
71
.
2.3
.
.
1
.
4.
10.
2.10
6.
Stop
77
(16).
(18).
256;
2450;
23;
12;
82
.
GPS (
.
.
,
3.2.1
,
,
,
.
86
3.8
NVIDIA Jetson Nano
87
1.
01 01.
2010.
5
2.
.
09
01.
3.
8
07 01.
4.
97
01 01.
5.
6.
7.
2003.12.27.
90
8.
9.
10.
2004.11.10.
11.
12.
G09B 9/00 (2
18
13.
1985.08.30.
91
14.
G01S 7/52 (2006.01), G09B 9/06 (2006.01).
,
. .
1534258/28;
15.
10.05.1971;
10.02.2009.
6
,
.
16.
,
.
17.
. 197
18.
"
"
.
URL:http://www.radioradar.net/programms/radiomeasurements/gen.html
19.
//
.
.
20.
2011.
4
(16).
21.
,
,
22.
23.
.
https://hydroacoustic.ru/engineering/basic-hydroacoustics/
24.
,
.
25.
92
URL:
2016.
10.
17.
26.
23.
27.
28.
29.
.
, 2008. 153 .
30.
31.
/
.
, 2015.
32.
,
;
33.
// DxPoRTAL. URL: http://dxportal.ru/download/10648
spectralab moschnyy dvuhkanalnyy analizator spektra.html
34.
.
URL:
https://web.archive.org/web/20151216192956/http://tetis-ks.ru/catalog/229/
35.
"
. URL:
https://www.korabel.ru/news/comments/oao_tetis_pro_prodemonstrirovalo_svoi_d
ostizheniya_na_pokaze_perspektivnyh_robototehnicheskih_kompleksov.html
93
36.
/
-
2005.
37.
56.
38.
.
39.
2010.
.
40.
,
. URL:
https://oborona.ru/includes/periodics/defense/2015/0511/120615878/print.shtml
41.
/
42.
2011.
++
43.
//
Web-Answers.
URL:
https://web
answers.ru/c/razrabotka labview linux c voprosy dlja.html
44.
45.
,
/
46.
. URL:
https://infourok.ru/setevie tehnologii kanali
svyazi i ih osnovnie harakteristiki 757609.html
94
47.
2
552
48.
49.
,
.
50.
;
51.
,
/
348
52.
512
53.
Arbitrary Waveform Generator Based on LabVIEW. Li Yueqin, Li
Jinping.
Year:
2009,
Volume:
1,
Pages:
103-106
DOI
Bookmark:10.1109/EEEE.2009.9
54.
BIP Electronics Lab Sine Wave Generator V3.0 [
] // Radiomaster. URL: http://www.radiomaster.net/articles/view/1685/
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Bjorno L. Applied Underwater Acoustics. Elsevier, 2017. 970 p.
56.
Bourennane S. (Ed.) Underwater Acoustics. InTech, 2012. 136 p.
57.
Etter P.C. Underwater Acoustic Modeling and Simulation. 4th Edition.
CRC Press, Taylor & Francis. 2013. 521 p.
58.
Marage J. P., Mori Y. Sonar and Underwater Acoustics. Wiley, 2010.
618 p.
59.
NCH Tone Generator 0 [
.
URL:
] //
https://studbooks.net/2025614/informatika/generatory_
baze_zvukovoy_karty
95
60.
Simple Function Generator [
] // Marchand
Electronics Inc. URL: https://www.marchandelec.com/fg.html
61.
Test Tone Generator [
] // Cxem.net. URL:
https://cxem.net/software/test_tone_generator.php
62.
Tone Generator Software [
] // NCH Software.
URL: https://www.nch.com.au/tonegen/index.html
63.
ling.
The Virtual Instrument Based on Labview and Sound Card. Zhao XianYear:
2010,
Volume:
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Pages:
743-745.
DOI
Bookmark:10.1109/CASoN.2010.170.
64.
Wakabayashi, K., Yamada, T., Uemori, S., Kobayashi, O., Kato, K.,
Kobayashi, H., Gake, T. (2011). Low-Distortion Single-Tone and Two-Tone
Sinewave Generation Algorithms Using an Arbitrary Waveform Generator. 2011
IEEE 17th International Mixed-Signals, Sensors and Systems Test Workshop.
doi:10.1109/ims3tw.2011.17.
96
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