AsystemsViewOfCommunicationsPerhapsForMobilePhonesFromSignalsToPacketsUsingMATLAB_Part1_PtToPtLinks

A System's View of Communications (like mobile phones) From Signals To Packets Using MATLAB - Part 1 - Point to Point Links, which communicates information from a single transmitter to a single receiver.

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AsystemsViewOfCommunicationsPerhapsForMobilePhonesFromSignalsToPacketsUsingMATLAB_Part1_PtToPtLinks

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Name		Name	Last commit message	Last commit date
1.1 Course Overview.pdf		1.1 Course Overview.pdf
1.2 A Basic Communication System.pdf		1.2 A Basic Communication System.pdf
1.3 Encoding Information with Bits.pdf		1.3 Encoding Information with Bits.pdf
10.1_Channel_Coding.pdf		10.1_Channel_Coding.pdf
10.2_Block_Codes.pdf		10.2_Block_Codes.pdf
10.3_Repetition_Codes.pdf		10.3_Repetition_Codes.pdf
11.1_Parity_Bit_Based_Codes.pdf		11.1_Parity_Bit_Based_Codes.pdf
11.3__9_4_4__Code.pdf		11.3__9_4_4__Code.pdf
11.4_Burst_Error_Correction.pdf		11.4_Burst_Error_Correction.pdf
12.1_Communication_Protocols.pdf		12.1_Communication_Protocols.pdf
12.2_Equivalent_Representations_and_Models.pdf		12.2_Equivalent_Representations_and_Models.pdf
12.3_Noise_and_Bit_Errors.pdf		12.3_Noise_and_Bit_Errors.pdf
12.4_Lab_Summary.pdf		12.4_Lab_Summary.pdf
2.1 Continuous vs Discrete Time.pdf		2.1 Continuous vs Discrete Time.pdf
2.2 Discrete Time Bit Waveforms.pdf		2.2 Discrete Time Bit Waveforms.pdf
2.3 Representing Bit Waveforms.pdf		2.3 Representing Bit Waveforms.pdf
3.1_The_Discrete_Time_Channel.pdf		3.1_The_Discrete_Time_Channel.pdf
3.2_Effects_of_the_Channel.pdf		3.2_Effects_of_the_Channel.pdf
3.3_Linear_Time_Invariant_Systems.pdf		3.3_Linear_Time_Invariant_Systems.pdf
3.4_Modeling_the_Channel.pdf		3.4_Modeling_the_Channel.pdf
4.1_Communication_Protocols.pdf		4.1_Communication_Protocols.pdf
4.2_Thresholding.pdf		4.2_Thresholding.pdf
4.3_Asynchronous_Serial_Communication.pdf		4.3_Asynchronous_Serial_Communication.pdf
4.4_A_Simple_Protocol.pdf		4.4_A_Simple_Protocol.pdf
5.1_Trade-off_Between_Bit_Rate_and_Bit_Error_Rate.pdf		5.1_Trade-off_Between_Bit_Rate_and_Bit_Error_Rate.pdf
5.2_Intersymbol_Interference.pdf		5.2_Intersymbol_Interference.pdf
5.3_Eye_Diagrams.pdf		5.3_Eye_Diagrams.pdf
6.1_Equalization.pdf		6.1_Equalization.pdf
6.2_Developing_the_Equalizer.pdf		6.2_Developing_the_Equalizer.pdf
6.3_Recursive_Channel_Model.pdf		6.3_Recursive_Channel_Model.pdf
6.4_Proof_of_Equivalence.pdf		6.4_Proof_of_Equivalence.pdf
7.1_Intuition_for_Equalizer.pdf		7.1_Intuition_for_Equalizer.pdf
7.2_Derivation_of_Equalizer.pdf		7.2_Derivation_of_Equalizer.pdf
7.3_Effect_of_Equalization_on_the_Eye_Diagram.pdf		7.3_Effect_of_Equalization_on_the_Eye_Diagram.pdf
8.1_Noise.pdf		8.1_Noise.pdf
8.2_Additive_Noise_and_Its_Effect.pdf		8.2_Additive_Noise_and_Its_Effect.pdf
8.3_The_Binary_Channel_and_Calculating_BER.pdf		8.3_The_Binary_Channel_and_Calculating_BER.pdf
8.4_Examples.pdf		8.4_Examples.pdf
9.1_Average_Power_in_Signals.pdf		9.1_Average_Power_in_Signals.pdf
9.2_Gaussian_Noise_Model.pdf		9.2_Gaussian_Noise_Model.pdf
9.4_Calculating_the_BER.pdf		9.4_Calculating_the_BER.pdf
9.5_The_Effect_of_Signal_to_Noise_Ratio.pdf		9.5_The_Effect_of_Signal_to_Noise_Ratio.pdf
9.6_An_Expression_for_BER_with_Gaussian_Noise.pdf		9.6_An_Expression_for_BER_with_Gaussian_Noise.pdf
AdditiveNoiseAndItsEffectsQuiz.pdf		AdditiveNoiseAndItsEffectsQuiz.pdf
AsimpleProtocolQuiz.pdf		AsimpleProtocolQuiz.pdf
AsynchronousSerialCommunicationQuiz.pdf		AsynchronousSerialCommunicationQuiz.pdf
AsystemViewOfCommunicationsFromSignalsToPackets_CourseOutline.pdf		AsystemViewOfCommunicationsFromSignalsToPackets_CourseOutline.pdf
AsystemViewOfCommunicationsFromSignalsToPackets_GradingScheme.pdf		AsystemViewOfCommunicationsFromSignalsToPackets_GradingScheme.pdf
AsystemViewOfCommunicationsFromSignalsToPackets_Instructors.pdf		AsystemViewOfCommunicationsFromSignalsToPackets_Instructors.pdf
BasicCommunicationSystemVideo1Quiz.pdf		BasicCommunicationSystemVideo1Quiz.pdf
BitErrors_AnExpressionForBERwithGaussianNoise_Quiz.pdf		BitErrors_AnExpressionForBERwithGaussianNoise_Quiz.pdf
BitStuffingCodeWordInterleaving_QuizAfterDueDate.pdf		BitStuffingCodeWordInterleaving_QuizAfterDueDate.pdf
BlockCodesQuiz.pdf		BlockCodesQuiz.pdf
BlockCoding_9_4_4_QuizAfterDueDate.pdf		BlockCoding_9_4_4_QuizAfterDueDate.pdf
Certificate_AsystemViewOfCommunicationsFromSignalsToPacketsPart1.pdf		Certificate_AsystemViewOfCommunicationsFromSignalsToPacketsPart1.pdf
CommSysCourseFinalProgressReport.pdf		CommSysCourseFinalProgressReport.pdf
ContinuousVsDiscreteTimeWaveformsQuiz.pdf		ContinuousVsDiscreteTimeWaveformsQuiz.pdf
DerivationOfEqualizerQuiz.pdf		DerivationOfEqualizerQuiz.pdf
DiscreteTimeBitWaveformsQuiz.pdf		DiscreteTimeBitWaveformsQuiz.pdf
ELEC1200-1x_Wk01_T01-1_V01_Course_Overview_480p.txt		ELEC1200-1x_Wk01_T01-1_V01_Course_Overview_480p.txt
ELEC1200-1x_Wk01_T01-2_V01_Basic_Communication_System_480p.txt		ELEC1200-1x_Wk01_T01-2_V01_Basic_Communication_System_480p.txt
ELEC1200-1x_Wk01_T01-3_V01_Encoding_Information_Bits_480p.txt		ELEC1200-1x_Wk01_T01-3_V01_Encoding_Information_Bits_480p.txt
ELEC1200-1x_Wk01_T01-4_V01_Lab_Overview_480p.txt		ELEC1200-1x_Wk01_T01-4_V01_Lab_Overview_480p.txt
ELEC1200-1x_Wk01_T02-1_V01_Continuous_Discrete_Time_Waveforms_480p.txt		ELEC1200-1x_Wk01_T02-1_V01_Continuous_Discrete_Time_Waveforms_480p.txt
ELEC1200-1x_Wk01_T02-2_V01_Discrete_Time_Bit_Waveforms_480p.txt		ELEC1200-1x_Wk01_T02-2_V01_Discrete_Time_Bit_Waveforms_480p.txt
ELEC1200-1x_Wk01_T02-3_V01_Representing_Bit_Waveforms_480p.txt		ELEC1200-1x_Wk01_T02-3_V01_Representing_Bit_Waveforms_480p.txt
ELEC1200-1x_Wk01_T02-4_V01_Lab_Communication_Example_480p.txt		ELEC1200-1x_Wk01_T02-4_V01_Lab_Communication_Example_480p.txt
ELEC1200-1x_Wk02_T03-1_V01_The_Discrete_Time_Channel_480p.txt		ELEC1200-1x_Wk02_T03-1_V01_The_Discrete_Time_Channel_480p.txt
ELEC1200-1x_Wk02_T03-2_V01_Effects_Of_The_Channel_480p.txt		ELEC1200-1x_Wk02_T03-2_V01_Effects_Of_The_Channel_480p.txt
ELEC1200-1x_Wk02_T03-3_V01_Linear_Time_Invariant_Systems_480p.txt		ELEC1200-1x_Wk02_T03-3_V01_Linear_Time_Invariant_Systems_480p.txt
ELEC1200-1x_Wk02_T03-4_V01_Modeling_the_Channel_480p.txt		ELEC1200-1x_Wk02_T03-4_V01_Modeling_the_Channel_480p.txt
ELEC1200-1x_Wk02_T03-5_V01_Lab_Step_Response_480p.txt		ELEC1200-1x_Wk02_T03-5_V01_Lab_Step_Response_480p.txt
ELEC1200-1x_Wk02_T04-1_V01_Communication_Protocols_480p.txt		ELEC1200-1x_Wk02_T04-1_V01_Communication_Protocols_480p.txt
ELEC1200-1x_Wk02_T04-2_V01_Thresholding_480p.txt		ELEC1200-1x_Wk02_T04-2_V01_Thresholding_480p.txt
ELEC1200-1x_Wk02_T04-3_V01_Asynchronous_Serial_Communication_480p.txt		ELEC1200-1x_Wk02_T04-3_V01_Asynchronous_Serial_Communication_480p.txt
ELEC1200-1x_Wk02_T04-4_V01_A_Simple_Protocol_480p.txt		ELEC1200-1x_Wk02_T04-4_V01_A_Simple_Protocol_480p.txt
ELEC1200-1x_Wk02_T04-5_V01_Lab_Communication_Protocol_480p.txt		ELEC1200-1x_Wk02_T04-5_V01_Lab_Communication_Protocol_480p.txt
ELEC1200-1x_Wk02_T04-6_V01_Lab_Performance_Evaluation_480p.txt		ELEC1200-1x_Wk02_T04-6_V01_Lab_Performance_Evaluation_480p.txt
ELEC1200-1x_Wk03_T05-1_V01_Trade-off_Between_Bit_Rate_And_Bit_Error_Rate_480p.txt		ELEC1200-1x_Wk03_T05-1_V01_Trade-off_Between_Bit_Rate_And_Bit_Error_Rate_480p.txt
ELEC1200-1x_Wk03_T05-2_V01_Intersymbol_Interference_480p.txt		ELEC1200-1x_Wk03_T05-2_V01_Intersymbol_Interference_480p.txt
ELEC1200-1x_Wk03_T05-3_V01_Eye_Diagrams_480p.txt		ELEC1200-1x_Wk03_T05-3_V01_Eye_Diagrams_480p.txt
ELEC1200-1x_Wk03_T05-4_v01_Lab_Eye_Diagram_480p.txt		ELEC1200-1x_Wk03_T05-4_v01_Lab_Eye_Diagram_480p.txt
ELEC1200-1x_Wk03_T06-1_V01_Equalization_480p.txt		ELEC1200-1x_Wk03_T06-1_V01_Equalization_480p.txt
ELEC1200-1x_Wk03_T06-2_V01_Developing_The_Equalizer_480p.txt		ELEC1200-1x_Wk03_T06-2_V01_Developing_The_Equalizer_480p.txt
ELEC1200-1x_Wk03_T06-3_V01_Recursive_Channel_Model_480p.txt		ELEC1200-1x_Wk03_T06-3_V01_Recursive_Channel_Model_480p.txt
ELEC1200-1x_Wk03_T06-4_V01_Proof_Of_Equivalence_480p.txt		ELEC1200-1x_Wk03_T06-4_V01_Proof_Of_Equivalence_480p.txt
ELEC1200-1x_Wk04_T07-1_V01_Intuition_For_Equalizer_480p.txt		ELEC1200-1x_Wk04_T07-1_V01_Intuition_For_Equalizer_480p.txt
ELEC1200-1x_Wk04_T07-2_V01_Derivation_Of_Equalizer_480p.txt		ELEC1200-1x_Wk04_T07-2_V01_Derivation_Of_Equalizer_480p.txt
ELEC1200-1x_Wk04_T07-3_V01_Effect_Of_Equalization_On_The_The_Eye_Diagram_480p.txt		ELEC1200-1x_Wk04_T07-3_V01_Effect_Of_Equalization_On_The_The_Eye_Diagram_480p.txt
ELEC1200-1x_Wk04_T08-1_V01_Noise_480p.txt		ELEC1200-1x_Wk04_T08-1_V01_Noise_480p.txt
ELEC1200-1x_Wk04_T08-2_V01_Additive_Noise_And_Its_Effect_480p.txt		ELEC1200-1x_Wk04_T08-2_V01_Additive_Noise_And_Its_Effect_480p.txt
ELEC1200-1x_Wk04_T08-3_V01_The_Binary_Channel_And_Calculating_BER_480p.txt		ELEC1200-1x_Wk04_T08-3_V01_The_Binary_Channel_And_Calculating_BER_480p.txt
ELEC1200-1x_Wk04_T08-4_V01_Examples_480p.txt		ELEC1200-1x_Wk04_T08-4_V01_Examples_480p.txt
ELEC1200-1x_Wk05_T09-1_V01_Average_Power_In_Signals_480p.txt		ELEC1200-1x_Wk05_T09-1_V01_Average_Power_In_Signals_480p.txt
ELEC1200-1x_Wk05_T09-2_V01_Gaussian_Noise_Model_480p.txt		ELEC1200-1x_Wk05_T09-2_V01_Gaussian_Noise_Model_480p.txt
ELEC1200-1x_Wk05_T09-3_V01_Lab_Additive_Noise_480p.txt		ELEC1200-1x_Wk05_T09-3_V01_Lab_Additive_Noise_480p.txt
ELEC1200-1x_Wk05_T09-4_V01_Calculating_The_BER_480p.txt		ELEC1200-1x_Wk05_T09-4_V01_Calculating_The_BER_480p.txt
ELEC1200-1x_Wk05_T09-5_V01_The_Effect_Of_Signal_To_Noise_Ratio_480p.txt		ELEC1200-1x_Wk05_T09-5_V01_The_Effect_Of_Signal_To_Noise_Ratio_480p.txt
ELEC1200-1x_Wk05_T09-6_V01_An_Expression_For_BER_With_Gaussian_Noise_480p.txt		ELEC1200-1x_Wk05_T09-6_V01_An_Expression_For_BER_With_Gaussian_Noise_480p.txt
ELEC1200-1x_Wk05_T09-7_V01_Lab_Bit_Error_Rate_480p.txt		ELEC1200-1x_Wk05_T09-7_V01_Lab_Bit_Error_Rate_480p.txt

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AsystemsViewOfCommunicationsPerhapsForMobilePhonesFromSignalsToPacketsUsingMATLAB_Part1_PtToPtLinks

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