Udemy Introduction to Telecommunication Networks Engineering
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| Torrent Hash : | 240CDA197F94D7C836587D696AFBDCBE476D1FF1 |
| Torrent Added : | at Oct. 23, 2023, 3:01 p.m. in Other |
| Torrent Size : | 2.1 GB |
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Udemy Introduction to Telecommunication Networks Engineering
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Udemy Introduction to Telecommunication Networks Engineering
Get Bonus Downloads Here.url -
001 Introduction.mp4 -
001 Introduction_en.vtt -
002 Implementing a telecommunication network.mp4 -
002 Implementing a telecommunication network_en.vtt -
003 Receiver Antenna.mp4 -
003 Receiver Antenna_en.vtt -
004 different types of signals.mp4 -
004 different types of signals_en.vtt -
005 sinusoidal signal.mp4 -
005 sinusoidal signal_en.vtt -
006 mixed and real signals.mp4 -
006 mixed and real signals_en.vtt -
007 random and definite signals.mp4 -
007 random and definite signals_en.vtt -
008 sender and receiver.mp4 -
008 sender and receiver_en.vtt -
009 alternating and non alternating signals.mp4 -
009 alternating and non alternating signals_en.vtt -
010 discrete signal.mp4 -
010 discrete signal_en.vtt -
011 casual and non casual signals.mp4 -
011 casual and non casual signals_en.vtt -
012 Odd and even signals.mp4 -
012 Odd and even signals_en.vtt -
013 Fourier series.mp4 -
013 Fourier series_en.vtt -
014 Dirichlet condition.mp4 -
014 Dirichlet condition_en.vtt -
015 Fourier series presentation form.mp4 -
015 Fourier series presentation form_en.vtt -
016 Fourier series for odd and even real signals.mp4 -
016 Fourier series for odd and even real signals_en.vtt -
017 Fourier transform uses.mp4 -
017 Fourier transform uses_en.vtt -
018 duality.mp4 -
018 duality_en.vtt -
019 LTI system.mp4 -
019 LTI system_en.vtt -
020 movement in the time field.mp4 -
020 movement in the time field_en.vtt -
021 alternating signal Fourier transform.mp4 -
021 alternating signal Fourier transform_en.vtt -
022 Fourier transform in LTI systems.mp4 -
022 Fourier transform in LTI systems_en.vtt -
023 Designing of FIR filters.mp4 -
023 Designing of FIR filters_en.vtt -
024 Whole zero filters.mp4 -
024 Whole zero filters_en.vtt -
025 Whole zero filters.mp4 -
025 Whole zero filters_en.vtt -
026 H(n) for lowpass filter.mp4 -
026 H(n) for lowpass filter_en.vtt -
027 Desired number of filters.mp4 -
027 Desired number of filters_en.vtt -
028 H(n) in overall form.mp4 -
028 H(n) in overall form_en.vtt -
029 distance between omegas.mp4 -
029 distance between omegas_en.vtt -
030 using Fourier transform for FIR filters.mp4 -
030 using Fourier transform for FIR filters_en.vtt -
031 Unlimited pulse response filters.mp4 -
031 Unlimited pulse response filters_en.vtt -
032 2 line transform.mp4 -
032 2 line transform_en.vtt -
033 Coefficient of IIR filters.mp4 -
033 Coefficient of IIR filters_en.vtt -
034 Conversion function.mp4 -
034 Conversion function_en.vtt -
035 power signals.mp4 -
035 power signals_en.vtt -
036 Power Signals.mp4 -
036 Power Signals_en.vtt -
001 Limited domain.mp4 -
001 Limited domain_en.vtt -
002 Modulation goals.mp4 -
002 Modulation goals_en.vtt -
003 AM modulation.mp4 -
003 AM modulation_en.vtt -
004 transferring message.mp4 -
004 transferring message_en.vtt -
005 Common domain modulation.mp4 -
005 Common domain modulation_en.vtt -
006 Conversion amplitude modulation.mp4 -
006 Conversion amplitude modulation_en.vtt -
007 Conversion amplitude modulation.mp4 -
007 Conversion amplitude modulation_en.vtt -
008 message signal example.mp4 -
008 message signal example_en.vtt -
009 Modulators and demodulators implementation.mp4 -
009 Modulators and demodulators implementation_en.vtt -
010 Using non linear function.mp4 -
010 Using non linear function_en.vtt -
011 Implement DSP.mp4 -
011 Implement DSP_en.vtt -
001 Introduction.mp4 -
001 Introduction_en.vtt -
002 Carry on signal.mp4 -
002 Carry on signal_en.vtt -
003 Variable in time phase.mp4 -
003 Variable in time phase_en.vtt -
004 Importing empty message into frequency modulator.mp4 -
004 Importing empty message into frequency modulator_en.vtt -
005 Sinusoidal message signal.mp4 -
005 Sinusoidal message signal_en.vtt -
006 FM frequency.mp4 -
006 FM frequency_en.vtt -
007 Spectrum properties of angle moduled signal.mp4 -
007 Spectrum properties of angle moduled signal_en.vtt -
008 Limitation of frequency.mp4 -
008 Limitation of frequency_en.vtt -
009 harmonics in bandwidth.mp4 -
009 harmonics in bandwidth_en.vtt -
010 Harmonics example.mp4 -
010 Harmonics example_en.vtt -
011 Increasing speed in MATLAB.mp4 -
011 Increasing speed in MATLAB_en.vtt -
012 Carson rule.mp4 -
012 Carson rule_en.vtt -
013 Carson rule in an example.mp4 -
013 Carson rule in an example_en.vtt -
014 Implementing angle modulators and demodulators.mp4 -
014 Implementing angle modulators and demodulators_en.vtt -
015 Demodulators.mp4 -
015 Demodulators_en.vtt -
016 Import U(t) into a filter.mp4 -
016 Import U(t) into a filter_en.vtt -
017 RLC circuit.mp4 -
017 RLC circuit_en.vtt -
018 Using push for demodulation.mp4 -
018 Using push for demodulation_en.vtt -
001 Introduction.mp4 -
001 Introduction_en.vtt -
002 Random Signal.mp4 -
002 Random Signal_en.vtt -
003 Random Variable.mp4 -
003 Random Variable_en.vtt -
004 Random variable incident.mp4 -
004 Random variable incident_en.vtt -
005 Statical averages.mp4 -
005 Statical averages_en.vtt -
006 statical averages in MATLAB.mp4 -
006 statical averages in MATLAB_en.vtt -
007 White processes.mp4 -
007 White processes_en.vtt -
008 properties of tempered noises.mp4 -
008 properties of tempered noises_en.vtt -
009 Filtered noise processes.mp4 -
009 Filtered noise processes_en.vtt -
010 Districuting the colorful noise.mp4 -
010 Districuting the colorful noise_en.vtt -
011 properties of tempered noises.mp4 -
011 properties of tempered noises_en.vtt -
012 bandwidth equivalent to noise.mp4 -
012 bandwidth equivalent to noise_en.vtt -
013 Lowpass filter example.mp4 -
013 Lowpass filter example_en.vtt -
Bonus Resources.txt -
Please login or create a FREE account to post comments
Get Bonus Downloads Here.url -
183 bytes
001 Introduction.mp4 -
3.5 MB
001 Introduction_en.vtt -
1.6 KB
002 Implementing a telecommunication network.mp4 -
142.5 MB
002 Implementing a telecommunication network_en.vtt -
18.3 KB
003 Receiver Antenna.mp4 -
18.0 MB
003 Receiver Antenna_en.vtt -
3.5 KB
004 different types of signals.mp4 -
36.5 MB
004 different types of signals_en.vtt -
5.8 KB
005 sinusoidal signal.mp4 -
37.3 MB
005 sinusoidal signal_en.vtt -
6.7 KB
006 mixed and real signals.mp4 -
23.0 MB
006 mixed and real signals_en.vtt -
3.1 KB
007 random and definite signals.mp4 -
12.6 MB
007 random and definite signals_en.vtt -
3.0 KB
008 sender and receiver.mp4 -
11.2 MB
008 sender and receiver_en.vtt -
3.1 KB
009 alternating and non alternating signals.mp4 -
19.3 MB
009 alternating and non alternating signals_en.vtt -
3.4 KB
010 discrete signal.mp4 -
8.6 MB
010 discrete signal_en.vtt -
1.9 KB
011 casual and non casual signals.mp4 -
16.0 MB
011 casual and non casual signals_en.vtt -
3.1 KB
012 Odd and even signals.mp4 -
20.6 MB
012 Odd and even signals_en.vtt -
3.1 KB
013 Fourier series.mp4 -
23.9 MB
013 Fourier series_en.vtt -
6.1 KB
014 Dirichlet condition.mp4 -
52.4 MB
014 Dirichlet condition_en.vtt -
10.2 KB
015 Fourier series presentation form.mp4 -
6.2 MB
015 Fourier series presentation form_en.vtt -
1.4 KB
016 Fourier series for odd and even real signals.mp4 -
41.6 MB
016 Fourier series for odd and even real signals_en.vtt -
7.7 KB
017 Fourier transform uses.mp4 -
47.1 MB
017 Fourier transform uses_en.vtt -
10.1 KB
018 duality.mp4 -
32.9 MB
018 duality_en.vtt -
7.6 KB
019 LTI system.mp4 -
28.2 MB
019 LTI system_en.vtt -
7.3 KB
020 movement in the time field.mp4 -
26.0 MB
020 movement in the time field_en.vtt -
5.1 KB
021 alternating signal Fourier transform.mp4 -
52.9 MB
021 alternating signal Fourier transform_en.vtt -
10.9 KB
022 Fourier transform in LTI systems.mp4 -
30.0 MB
022 Fourier transform in LTI systems_en.vtt -
5.9 KB
023 Designing of FIR filters.mp4 -
10.3 MB
023 Designing of FIR filters_en.vtt -
2.8 KB
024 Whole zero filters.mp4 -
56.6 MB
024 Whole zero filters_en.vtt -
6.5 KB
025 Whole zero filters.mp4 -
15.2 MB
025 Whole zero filters_en.vtt -
3.0 KB
026 H(n) for lowpass filter.mp4 -
12.5 MB
026 H(n) for lowpass filter_en.vtt -
2.1 KB
027 Desired number of filters.mp4 -
27.2 MB
027 Desired number of filters_en.vtt -
4.0 KB
028 H(n) in overall form.mp4 -
14.8 MB
028 H(n) in overall form_en.vtt -
3.1 KB
029 distance between omegas.mp4 -
3.6 MB
029 distance between omegas_en.vtt -
951 bytes
030 using Fourier transform for FIR filters.mp4 -
13.5 MB
030 using Fourier transform for FIR filters_en.vtt -
3.7 KB
031 Unlimited pulse response filters.mp4 -
10.7 MB
031 Unlimited pulse response filters_en.vtt -
3.3 KB
032 2 line transform.mp4 -
6.7 MB
032 2 line transform_en.vtt -
2.3 KB
033 Coefficient of IIR filters.mp4 -
15.8 MB
033 Coefficient of IIR filters_en.vtt -
3.8 KB
034 Conversion function.mp4 -
15.8 MB
034 Conversion function_en.vtt -
3.8 KB
035 power signals.mp4 -
13.7 MB
035 power signals_en.vtt -
2.8 KB
036 Power Signals.mp4 -
55.6 MB
036 Power Signals_en.vtt -
10.0 KB
001 Limited domain.mp4 -
14.4 MB
001 Limited domain_en.vtt -
4.3 KB
002 Modulation goals.mp4 -
32.5 MB
002 Modulation goals_en.vtt -
6.1 KB
003 AM modulation.mp4 -
40.3 MB
003 AM modulation_en.vtt -
6.6 KB
004 transferring message.mp4 -
35.6 MB
004 transferring message_en.vtt -
6.6 KB
005 Common domain modulation.mp4 -
31.1 MB
005 Common domain modulation_en.vtt -
5.0 KB
006 Conversion amplitude modulation.mp4 -
19.4 MB
006 Conversion amplitude modulation_en.vtt -
2.2 KB
007 Conversion amplitude modulation.mp4 -
21.1 MB
007 Conversion amplitude modulation_en.vtt -
3.2 KB
008 message signal example.mp4 -
29.5 MB
008 message signal example_en.vtt -
4.8 KB
009 Modulators and demodulators implementation.mp4 -
12.9 MB
009 Modulators and demodulators implementation_en.vtt -
2.6 KB
010 Using non linear function.mp4 -
60.1 MB
010 Using non linear function_en.vtt -
9.6 KB
011 Implement DSP.mp4 -
12.3 MB
011 Implement DSP_en.vtt -
2.6 KB
001 Introduction.mp4 -
3.6 MB
001 Introduction_en.vtt -
1.4 KB
002 Carry on signal.mp4 -
24.7 MB
002 Carry on signal_en.vtt -
5.2 KB
003 Variable in time phase.mp4 -
14.6 MB
003 Variable in time phase_en.vtt -
3.1 KB
004 Importing empty message into frequency modulator.mp4 -
11.9 MB
004 Importing empty message into frequency modulator_en.vtt -
2.8 KB
005 Sinusoidal message signal.mp4 -
26.0 MB
005 Sinusoidal message signal_en.vtt -
4.1 KB
006 FM frequency.mp4 -
35.5 MB
006 FM frequency_en.vtt -
4.1 KB
007 Spectrum properties of angle moduled signal.mp4 -
92.2 MB
007 Spectrum properties of angle moduled signal_en.vtt -
17.3 KB
008 Limitation of frequency.mp4 -
25.5 MB
008 Limitation of frequency_en.vtt -
5.3 KB
009 harmonics in bandwidth.mp4 -
32.9 MB
009 harmonics in bandwidth_en.vtt -
5.7 KB
010 Harmonics example.mp4 -
93.5 MB
010 Harmonics example_en.vtt -
20.2 KB
011 Increasing speed in MATLAB.mp4 -
13.5 MB
011 Increasing speed in MATLAB_en.vtt -
2.8 KB
012 Carson rule.mp4 -
5.3 MB
012 Carson rule_en.vtt -
1.5 KB
013 Carson rule in an example.mp4 -
10.4 MB
013 Carson rule in an example_en.vtt -
2.7 KB
014 Implementing angle modulators and demodulators.mp4 -
60.5 MB
014 Implementing angle modulators and demodulators_en.vtt -
10.4 KB
015 Demodulators.mp4 -
31.1 MB
015 Demodulators_en.vtt -
5.1 KB
016 Import U(t) into a filter.mp4 -
17.1 MB
016 Import U(t) into a filter_en.vtt -
3.7 KB
017 RLC circuit.mp4 -
33.5 MB
017 RLC circuit_en.vtt -
5.3 KB
018 Using push for demodulation.mp4 -
4.0 MB
018 Using push for demodulation_en.vtt -
904 bytes
001 Introduction.mp4 -
4.7 MB
001 Introduction_en.vtt -
1.8 KB
002 Random Signal.mp4 -
17.4 MB
002 Random Signal_en.vtt -
3.3 KB
003 Random Variable.mp4 -
23.0 MB
003 Random Variable_en.vtt -
4.0 KB
004 Random variable incident.mp4 -
31.3 MB
004 Random variable incident_en.vtt -
6.8 KB
005 Statical averages.mp4 -
18.8 MB
005 Statical averages_en.vtt -
2.7 KB
006 statical averages in MATLAB.mp4 -
35.3 MB
006 statical averages in MATLAB_en.vtt -
3.4 KB
007 White processes.mp4 -
22.9 MB
007 White processes_en.vtt -
5.1 KB
008 properties of tempered noises.mp4 -
13.8 MB
008 properties of tempered noises_en.vtt -
1.5 KB
009 Filtered noise processes.mp4 -
32.6 MB
009 Filtered noise processes_en.vtt -
5.6 KB
010 Districuting the colorful noise.mp4 -
38.7 MB
010 Districuting the colorful noise_en.vtt -
6.0 KB
011 properties of tempered noises.mp4 -
15.8 MB
011 properties of tempered noises_en.vtt -
2.5 KB
012 bandwidth equivalent to noise.mp4 -
13.5 MB
012 bandwidth equivalent to noise_en.vtt -
2.7 KB
013 Lowpass filter example.mp4 -
23.8 MB
013 Lowpass filter example_en.vtt -
4.8 KB
Bonus Resources.txt -
386 bytes
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