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3.    M. H. Hasanov. Equipment for Optical Transmission Networks. Sabah, - Baku. 2001. – 150 pages. 

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5.    B. G. Ibragimov. Curriculum for the course "Theory of Electrical Communications" for undergraduate and graduate levels. Published in accordance with the order of the Ministry of Education of the Republic of Azerbaijan dated April 19, 2012, No. 620. AzTU, - Baku. 2013. - 12 pages. 

6.    B. G. Ibragimov. Discrete Data Transmission. Teaching aid - Methodological guidelines for laboratory work (in Azerbaijani and Russian languages). Ch. Ildirim named after AzPI. - Baku, 1990. - 40 pages. 

7.    B. G. Ibragimov. Theory of Electrical Communications. - Baku: Elm, 2009. – 500 pages. 

8.    B. G. Ibragimov. Theory of Electrical Communications. A textbook for higher education institutions. - Baku, 2016. - 382 pages. 

9.    B. G. Ibragimov. Theory of Electrical Communications. Teaching aid - Methodological guidelines for laboratory work. "Te Education" NPM. - Baku, 2007. - 114 pages. 

10.  B. G. Ibragimov. Digital Signal Processing. Teaching aid under the "Tempus" program. - Baku, AzTU, 2003. - 135 pages. 

11.  B. G. Ibragimov. Telecommunications Systems and Technologies. Teaching aid. "Te Education" NPM. - Baku. 2018. - 185 pages. 

12.  B. G. Ibragimov. Terminal Devices and Communication Systems. - Baku: Elm, 2006. – 290 pages. 

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14.  T. M. Mansurov, A. Kh. Mamedov, G. I. Guliyeva. Fundamentals of Multichannel Transmission Systems. - Baku: Te Education NPM, 2006. – 92 pages. 

15.  T. M. Mansurov, T. A. Aliyev, G. I. Guliyeva, G. E. Guseynova. Optical Measurements. Teaching aid. - Baku, AzTU, 2017. – 148 pages. 

16.  T. M. Mansurov, T. A. Aliyev, Kh. S. Suleymanov. Optical Waveguide Systems. Teaching aid. - Baku, AzTU, 2017. – 14 pages. 

17.  T. M. Mansurov, T. A. Aliyev, Q. B. Beyballayev. Electrical and Optical Communications. A textbook for higher education institutions. - Baku: Elm, 2006. – 498 pages. 

18.  T. M. Mansurov, T. A. Aliyev, N. S. Salmanov. Optical Waveguide Systems and Passive Components of Fiber Optic Communication Lines. A textbook for higher education institutions. - Baku: Te Education NPM, 2013. – 578 pages. 

19.  T. M. Mansurov, Ch. P. Aliyev, G. I. Guliyeva. Electrical Measurements and Instruments. A textbook for higher education institutions. - Baku, Khazar University Press, 2018. – 328 pages. 

20.  T. M. Mansurov, G. I. Guliyeva, U. F. Aydinova. Measurements in Telecommunications Engineering (in Russian). - Baku: AzTU, 2008. – 80 pages. 

21.  T. M. Mansurov, G. I. Guliyeva. Measurements in Telecommunications Engineering (in Azerbaijani). - Baku: AzTU, 2008. – 80 pages. 

22.  T. M. Mansurov, M. E. Mamedov. Fundamentals of Multichannel Telecommunications Systems. A textbook for higher education institutions. - Baku: Te Education NPM, 2009. – 288 pages. 

23.  T. M. Mansurov. Organization of the Operation of the Digital Switching System ALCATEL 1000 S-12. - Baku: Elm, 2002. – 88 pages. 

24.  T. M. Mansurov. Multichannel Telecommunications Systems. A textbook for higher education institutions. - Baku: Te Education NPM, 2009. – 334 pages. 

25.  T. M. Mansurov. Multichannel Telecommunications Systems. Part I. A textbook for higher education institutions. - Baku: Chashioglu, 1999. – 160 pages. 

26.  T. M. Mansurov. Multichannel Telecommunications Systems. Part II. A textbook for higher education institutions. - Baku: Chashioglu, 1999. – 288 pages. 

27.  T. M. Mansurov. Technology of Synchronous Digital Hierarchy. - Baku: Elm, 2002. – 60 pages. 

28.  I. N. Dervishova. Curriculum for Optical Telecommunication Systems. AzTU, 2017. – 40 pages. 

29.  I. N. Dervishova. Optical Telecommunication Systems. Methodological Guide for Laboratory Work. AzTU, 2017. – 200 pages. 

30.  I. N. Dervishova. Curriculum for the Course "Power Supply of Telecommunication Systems," AzTU, 2009. – 40 pages. 

31.  I. N. Dervishova. Optical Digital Telecommunication Systems. - Baku, AzTU. 2017. – 350 pages. Teaching aid. 

32.  I. N. Dervishova. Optoelectronic and Quantum Devices and Apparatuses. - Baku, ISBN Center. 2014. – 615 pages. Teaching aid. 

33.  I. N. Dervishova. Optoelectronic and Quantum Devices and Apparatuses. - Baku, ISBN Center. 2014. – 20 pages. Course Program. 

34.  I. N. Dervishova. Power Supply Devices of Communication Systems. Part I. Education "NPM." Laboratory Work, Methodological Guide. 2008. – 438 pages. 

35.  I. N. Dervishova. Power Supply Devices of Communication Systems. Part I. TI-MEDIA. Methodological Guide. 2008. – 40 pages. 

36.  I. N. Dervishova. Power Supply Devices of Communication Systems. Part I. TI-MEDIA. Laboratory Work. Methodological Guide. 2004. – 32 pages. 

37.  I. N. Dervishova. Power Supply Devices of Communication Systems. Part II. Education "NPM." Laboratory Work, Methodological Guide. 2008. – 350 pages. 

38.  I. N. Dervishova. Power Supply Devices of Communication Systems. Part II. TI-MEDIA. Methodological Guide. 2008. – 40 pages. 

39.  I. N. Dervishova. Power Supply Devices of Communication Systems. Part II. TI-MEDIA. Laboratory Work. Methodological Guide. 2004. – 38 pages. 

40.  I. N. Dervishova. Laboratory Work on Optical Telecommunication Systems. Teaching Aid. Baku, AzTU, 2017. – 100 pages. 

41.  I. N. Dervishova. Teaching Aid on Optical Telecommunication Systems. Baku, AzTU, 2017. – 100 pages. 

42.  I. N. Dervishova. Teaching Aid on Optical Telecommunication Systems. Baku, 2017. – 100 pages. 

43.  I. N. Dervishova. Teaching Aid on Optical Telecommunication Systems. Baku, 2017. – 100 pages. 

44.  I. N. Dervishova. Laboratory Work on Optical Telecommunication Systems. Teaching Aid. Baku, AzTU, 2017. – 100 pages. 

45.  I. N. Dervishova. Laboratory Work on Optical Telecommunication Systems. Teaching Aid. Baku, AzTU, 2017. – 100 pages. 

46.  I. N. Dervishova. Teaching Aid on Optical Telecommunication Systems. Baku, AzTU, 2017. – 100 pages. 

47.  Telecommunication Systems. Baku, 2017. – 100 pages. 

48.  I. N. Dervishova. Teaching Aid on Optical Telecommunication Systems. Baku, 2017. – 100 pages. 

49.  I. N. Dervishova. Teaching Aid on Optical Telecommunication Systems. Baku, 2017. – 100 pages. 

50.  I. N. Dervishova. Teaching Aid on Optical Telecommunication Systems. Baku, 2017. – 100 pages. 

51.  I. N. Dervishova. Teaching Aid on Optical Telecommunication Systems. Baku, 2017. – 100 pages. 

52.  B. G. Ibragimov. Theory of Electrical Communications. Methodological Guidelines for Laboratory Work for Students in the Telecommunications Specialty. Azerbaijan Technical University, - Baku, 2004. - 28 pages. 

53.  B. G. Ibragimov. Efficiency and Noise Immunity of Terminal Complexes in Telecommunication Systems. - Baku, Elm, 1998. – 256 pages. 

54.  F. H. Mamedov, E. D. Tagiev, R. H. Guseynov. Telecommunication Technologies. Teaching Aid. Baku, 2014. 205 pages. 

55.  E. B. Gozalov, E. D. Tagiev, E. N. Mamedov, R. H. Guseynov. Methodological Guidelines for Laboratory Work on the Course "Next Generation Networks (NGN)." Baku, 2018. 

56.  I. E. Mamedov, E. B. Gozalov, E. A. Mamedov. Wireless Communication Technologies. Baku – 2012. 

57.  E. D. Tagiev, R. H. Guseynov. Methodological Guidelines for Preparing Graduation Projects on the Course "Designing NGN Networks." Baku – 2018. 

58.  A. N. Hasanov. Digital Automatic Telephone Stations of the "System-12" and "DMS" Types. Teaching Aid for University Students. Baku, 1998. 

59.  A. N. Hasanov. Digital Switching Systems and Electric Communication Networks. Teaching Aid. NPM "Education," 2006. 262 pages. 

60.  A. N. Hasanov. Physical Foundations of Building Switching Systems. Textbook. Baku, NPM "Education." 2009. 293 pages. 

61.  A. N. Hasanov. Methodological Guidelines for Completing Coursework on the Course "Wireless Communication Technologies." Printing House LLC "Polytechnic." Baku - 2018. 28 pages. 

62.  A. N. Hasanov, E. B. Ataev. Curriculum for the Course "Switching Systems." Order of the Ministry of Education of the Republic of Azerbaijan No. 1316. Baku, 2012. pp. 1-10. 

63.  A. N. Hasanov. Fundamentals of Switching Technology. Textbook for Telecommunications Students. Baku - 2004. 209 pages. 

64.  E. Kh. Mamedov. Theoretical Foundations of Managing Piezoelectric Converters in Information Communication Systems. Baku - 2004. 174 pages. 

65.  M. E. Mamedov, F. Kh. Mamedov, E. Kh. Mamedov. Fundamentals of Circuit Engineering. Part I. Textbook. Baku - 2007. 282 pages. 

66.  F. Kh. Mamedov, E. Kh. Mamedov. Fundamentals of Circuit Engineering. Part II. Textbook. 2007. 209 pages. 

67.  E. B. Gozalov, E. Kh. Mamedov. Research Methods. Teaching Aid for Universities. Baku - 2019. 122 pages. 

68.  V. A. Gahramanov, Kh. E. Aliyev. Switching Systems. Part I, Baku - 2016, Order of the Ministry of Education No. 859. 430 pages. 

69.  V. A. Gahramanov, Kh. E. Aliyev, A. B. Gasimov. Switching Systems. Part II, Baku - 2019, 402 pages. 

70.  Kh. E. Aliyev. Management of Postal Communications and Information Technologies, Order of the Ministry of Education No. 220. Textbook. Baku 2011. 311 pages. 

71.  Kh. E. Aliyev. NGN Networks. Textbook. Order of the Ministry of Education No. 220, Baku - 2017. 445 pages. 

72.  Kh. E. Aliyev. Digital Switching Systems. Baku - 2019. Order of the Ministry of Education No. 290. Textbook. 340 pages. 

73.  Kh. E. Aliyev. Space Laser Communication System in the Optical Range. Teaching Materials, AzTU. Baku 2017, p. 151. 

74.  Kh. E. Aliyev. Market Economy and Telecommunications, Nakhchivan City, 2019. 311 pages. 

75.  A. B. Gasimov. Tele-Traffic. Part I. Teaching Aid. Baku - 2006. 204 pages.