Systems Analysis - Signal Flow Graph to Transfer Function (Masons Rule) UConn HKN 2026-09-25 | Systems Analysis - Signal Flow Graph to Transfer Function (Masons Rule)
Discrete Convolution Example Animation UConn HKN 2021-01-26 | A short animation made by Kevin Grassie to demonstrate the properties and process of discrete convolution.
Circuits 1: Mesh Current Analysis Example UConn HKN 2019-03-20 | Siddarth Suresh of UConn HKN uses mesh current analysis to determine the values of current loop in the given circuit.Still don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at hknuconn@gmail.com
Information Extraction/ Estimation - Lecture 01 - Dr. Yaakov Bar-Shalom - University of Connecticut UConn HKN 2018-08-18 | Recordings of a Lecture Series for ENGR 352 Information Modeling and Extraction at the University of Connecticut from 2004. The presenter is Board of Trustees Distinguished Professor & Marianne E. Klewin Endowed Professor in Engineering Yaakov Bar-Shalom. The accompanying text for the course may be purchased on Amazon at the following link: amazon.com/gp/product/047141655X/ref=dbs_a_def_rwt_bibl_vppi_i0
Information Extraction/ Estimation - Lecture 02 - Dr. Yaakov Bar-Shalom - University of Connecticut UConn HKN 2018-08-18 | Recordings of a Lecture Series for ENGR 352 Information Modeling and Extraction at the University of Connecticut from 2004. The presenter is Board of Trustees Distinguished Professor & Marianne E. Klewin Endowed Professor in Engineering Yaakov Bar-Shalom. The accompanying text for the course may be purchased on Amazon at the following link: amazon.com/gp/product/047141655X/ref=dbs_a_def_rwt_bibl_vppi_i0
Semiconductor Physics - Band Diagrams (Pt. 1) UConn HKN 2018-01-26 | Barath goes over how to draw band diagrams.
Digital Communications: Optimal Receiver - Decision Theory UConn HKN 2017-12-08 | Graduate Student Andrew Finelli of UConn HKN concludes a video series about the Optimal Coherent Receiver for AWGN channels in Digital Communications. The content of these videos coem from notes which you can download here: drive.google.com/open?id=1CI_vcnEtMT7xTNyph7_2m_ON3ON9bDVMStill don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com
Digital Communications: Optimal Receiver - Signal Space Formulation UConn HKN 2017-12-08 | Graduate Student Andrew Finelli of UConn HKN continues a video series about the Optimal Coherent Receiver for AWGN channels in Digital Communications. The content of these videos coem from notes which you can download here: drive.google.com/open?id=1CI_vcnEtMT7xTNyph7_2m_ON3ON9bDVMStill don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com
Digital Communications: Optimal Receiver - Orthogonalization UConn HKN 2017-12-06 | Graduate Student Andrew Finelli of UConn HKN continues a video series about the Optimal Coherent Receiver for AWGN channels in Digital Communications. The content of these videos coem from notes which you can download here: drive.google.com/open?id=1CI_vcnEtMT7xTNyph7_2m_ON3ON9bDVMStill don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com
Digital Communications: Optimal Receiver - Discrete Signals UConn HKN 2017-12-05 | Graduate Student Andrew Finelli of UConn HKN continues a video series about the Optimal Coherent Receiver for AWGN channels in Digital Communications. The content of these videos coem from notes which you can download here: drive.google.com/open?id=1CI_vcnEtMT7xTNyph7_2m_ON3ON9bDVMStill don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com
Digital Communications: Optimal Receiver Intro UConn HKN 2017-12-05 | Graduate Student Andrew Finelli of UConn HKN begins a video series about the Optimal Coherent Receiver for AWGN channels in Digital Communications. The content of these videos coem from notes which you can download here: drive.google.com/open?id=1CI_vcnEtMT7xTNyph7_2m_ON3ON9bDVMStill don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com
Digital Communications: Viterbi Algorithm UConn HKN 2017-12-03 | Graduate Student Zac Sutton of Uconn HKN explains how to encode a data stream using a convolutional encoder and how to decode the received sequence using the Viterbi Algorithm.Still don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com
Digital Communications: Convolutional Codes UConn HKN 2017-12-02 | Graduate Student Zac Sutton of Uconn HKN explains how to encode a data stream using a convolutional encoder and how to decode the received sequence using the Viterbi Algorithm.Still don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com
Semiconductor Physics - Introduction UConn HKN 2017-11-15 | Barath, graduate student under Faquir Jain and member of UConn HKN, introduces semiconductor physics.
Circuits II - Emitter Stabilized Circuit - Example UConn HKN 2017-11-11 | Andrew works on a BJT based circuits problem, one that asks you to find current and voltage values in an emitter stabilized circuit.
Circuits I - Norton Equivalent Circuit - Example UConn HKN 2017-11-09 | Alex "The Boy" tells us how to use Norton's Theorem to convert a regular circuit into its Norton Equivalent.
Circuits I - Passive Sign Convention - Example UConn HKN 2017-11-06 | Ethan talks a little about how Passive Sign Convention works, and how it can be used in an example problem.
Circuits 1 - RL Circuit - Example UConn HKN 2017-11-03 | Wyatt goes over an RL Circuit problem, using the shortcut method pioneering by Dr. John Ayers.
Digital Communications: Random Processes Examples UConn HKN 2017-09-03 | Andrew Finelli with UConn HKN goes over some sample problems involving Random Processes and their applications to Digital Communications Systems.
Digital Communications: Random Processes Intro Part 2 UConn HKN 2017-09-03 | Andrew Finelli with Uconn HKN explains the basics of Random Processes and how they are used in communication systems.
Digital Communications: Random Processes Intro Part 1 UConn HKN 2017-09-03 | Andrew Finelli with Uconn HKN explains the basics of Random Processes and how they are used in communication systems.
Digital Communications - Kalman Filter - Part 2 UConn HKN 2017-04-30 | HKN legend Andrew Finelli continues his lesson on Kalman Filtering with one of the simplest examples he could find.
Digital Communications - Kalman Filter - Part 1 UConn HKN 2017-04-30 | HKN legend Andrew Finelli introduces Kalman Filtering, an algorithm that produces estimates for unknown variables using data from measurements taken over a period of time.
Circuits 1 - Source Transformations - Intro UConn HKN 2017-04-30 | Matt with HKN introduces source transformations and some uses for them.
Robotics - Inverse Kinematics - Example UConn HKN 2017-04-05 | Connor with UConn HKN explains how to analyze a 3-link robotic manipulator using inverse kinematics.
Circuits 1 - Current Dividers - Intro UConn HKN 2017-03-29 | Adam with UConn HKN introduces the Current Divider Formula. He also uses the Current Divider Formula to solve for the current through a resistor. This principle can be applied in many scenarios and is a useful tool when solving more difficult circuits.
Digital Communications - Filter Relationships - Part 3 UConn HKN 2017-03-28 | I created this video with the YouTube Video Editor (http://www.youtube.com/editor)
Digital Communications - DJP Algorithm - Intro UConn HKN 2017-03-27 | I created this video with the YouTube Video Editor (http://www.youtube.com/editor)
Digital Communications - Dijkstra Algorithm - Intro UConn HKN 2017-03-27 | I created this video with the YouTube Video Editor (http://www.youtube.com/editor)
Digital Communications - Ethernet Protocol - Intro UConn HKN 2017-03-27 | I created this video with the YouTube Video Editor (http://www.youtube.com/editor)
Digital Communications - Aloha Protocol - Intro UConn HKN 2017-03-22 | Andrew introduces Aloha Protocol, one of the multiple access channel protocols used in Digital Communications.
Signals and Systems- Inverse Fourier Transform - Introduction UConn HKN 2017-03-22 | Zach introduces Inverse Fourier Transform, the reverse of the Fourier Transform.
Digital Communications - Ethernet Protocol - Example UConn HKN 2017-03-21 | Andrew continues his explanation of Ethernet Protocol with a short example problem.
Circuits 1 - Three-Phase Power - Intro UConn HKN 2017-03-21 | Dan introduces the concept of Three-Phase Power with an example circuit containing three AC voltage sources.
Circuits 2 - Common Emitter Amplifier - Intro Example UConn HKN 2017-03-20 | Adam does a small intro and example problem for a Common Emitter Amplifier. He might have spelled "Common" wrong, but we still love him.
Digital Communications - Kruskels Algorithm - Intro UConn HKN 2017-03-20 | Andrew with HKN talks about Kruskel's Algorithm which is... well... Let's let him explain.
Probability - Conditional Probability and Bayes Theorem UConn HKN 2017-03-20 | Zac with UConn HKN presents a video explaining conditional probablity and the application of Bayes' theorem and Bayes' rulesStill don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com"
Analog Communications - Stochastic Processes - Intro UConn HKN 2017-03-15 | Zach introduces stochastic processes, an important concept in analog communications.
Analog Communications - DSB-SC Modulation - Intro UConn HKN 2017-03-15 | Zach talks about Double-Sideband Suppressed-Carrier Modulation.
Digital Communications - DSB-SC Communication - Part 2 UConn HKN 2017-03-01 | Andrew Finelli presents the Second of a three part series on digital communication and its implementation in MatLab. This second video explains how DSBSC works in demodulation and modulation .Still don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com"
Digital Communications - Modulation - Intro - Part 1 UConn HKN 2017-03-01 | Zac from HKN gives us a little intro on Modulation, going over how Fourier Transform applies to signal modulation giving graphical examples and explaining in detail how to modulate any signal in the frequency domain.facebook.com/uconnhkntwitter.com/uconnhknStill don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com"
Circuits 1 - Unbalanced Three Phase Power System - Example UConn HKN 2017-01-25 | Dan with UConn HKN presents an example problem of an unbalanced three-phase system solving for the phasor voltage at node N and then finding the phasor currents from there.
Digital Communications - Signal Space Efficiency - Example - Part 2 UConn HKN 2017-01-25 | Andrew with UConn HKN presents part 2 of a tutorial on M-ary Signal Space Efficiency. You can see part 1 here youtube.com/watch?v=7380Y4AIfFk&t=73sHere Andrew shows which of two signal space constellations are more power efficient.
Digital Communications - Signal Space Efficiency - Example - Part 1 UConn HKN 2017-01-25 | Andrew with UConn HKN presents a tutorial on M-ary Signal Space Efficiency. Andrew will present the problem and show which of two signal space constellations are more power efficient.
Circuits 1 - Norton Equivalent Circuit Example UConn HKN 2016-11-18 | Dan with UConn HKN presents a video example to solve and simplify for the norton equivalent circuit.
Circuits 1 - Voltage Dividers - Intro UConn HKN 2016-11-18 | Adam with UConn HKN derives and introduces the Voltage Divider Formula. He also uses the Voltage Divider Formula to solve for the voltage across a resistor. This principle can be applied in many scenarios and is an important tool when solving more difficult circuits.
Circuits 1 - AC Maximum Power Transfer - Example UConn HKN 2016-11-14 | Dan with UConn HKN presents an example problem solving for the maximum power transferred in an AC sourced circuit.Still don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com"
Circuits 1 - Systems of Equations with Calculator UConn HKN 2016-11-07 | Adam with UConn HKN presents a tutorial and explanation of how to solve systems of equations using a calculator. This is extremely useful when solving for multiple currents in a circuit (See youtube.com/watch?v=Inb9gOG2Avo). This method can be applied to any non-imaginary system of equations on TI-83, TI-84, and TI-84+Still don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com"
Digital Communications - Introduction to Guassian Random Variables UConn HKN 2016-11-04 | Andrew Finelli presents a lecture tutorial on Gaussian Random VariablesStill don't get it? Have questions relating to this topic or others? Suggestions for other problems you'd like to see us do? Post in the comments below or email us at "questions.hkn.uconn@gmail.com"
