00:57
Laboratory 6 Outcome
13:27
Installing Eclipse CDT and MinGW under Windows (2020)
25:36
The MSP432: Introduction to the Launchpad, its RTOS, and IDEs (Energia, CCSv6)
39:07
Debian C/C++ Cross-Compilation for Embedded Linux using Eclipse (Luna), CDT, RSE & Remote Debug
19:04
BeagleBone: GPIO Linux Loadable Kernel Module (LKM) Development Demonstration
29:38
BeagleBone: C/C++ Cross-Compilation for Embedded Linux using Eclipse (Luna), CDT, RSE & Remote Debug
31:18
Analog Discovery - An Introduction with Practical Analog & Digital Examples (diode, flip-flop & i2c)
22:47
Beaglebone: Java Setup (JRE), Eclipse and Remote System Explorer (RSE)
22:47
Beaglebone: Getting Started - Windows USB Network Adapter Setup Tutorial
14:11
Installing Eclipse (Kepler) for Java and C++ (MinGW & CDT) under Windows 2013/2014
22:47
Beaglebone: Streaming Video from Embedded Linux & Custom Video Player
45:53
Beaglebone: Introduction to GPIOs - Using Device Tree Overlays under Linux 3.8+
31:40
Beaglebone: Video Capture and Image Processing on Embedded Linux using OpenCV
09:28
Custom Cables & Guide to Crimping Dupont PCB Interconnect Cables
28:29
Digital Electronics: Overflow, Overflow Detection and Underflow
37:46
Digital Electronics: The 2's Complement
24:17
Beaglebone: Example Qt Embedded Linux Application
44:19
Beaglebone: Qt Creator for C++ ARM Embedded Linux Development
22:42
Beaglebone: LCD Touchscreen GUI Applications for Embedded Linux
33:29
Raspberry PI: XBMC Home Media Player - Adding IR Remote Control
53:09
Raspberry PI: XBMC Home Media Player - Building the OpenELEC Linux Distribution
26:34
Beaglebone: Driving Stepper Motors in Embedded Linux using the EasyDriver Board
56:44
Beaglebone: Adding USB Wi-Fi & Building a Linux Kernel
47:28
Beaglebone: An I2C Tutorial - Interfacing to a BMA180 Accelerometer
46:06
Beaglebone: GPIO Programming on ARM Embedded Linux
45:06
Beaglebone: C/C++ Programming Introduction for ARM Embedded Linux Development using Eclipse CDT
53:48
Digital Electronics: The JK Flip-Flop
14:12
Digital Electronics: Debouncing a Push Button Switch (SPST)
15:16
Digital Electronics: Debouncing a Slider Switch (SPDT)
18:04
The Beaglebone - Unboxing, Introduction Tutorial and First Example
02:06
Derek Molloy DCU Channel - Video Index
12:55
Digital Electronics: The Half Adder and Full Adder
11:58
Digital Electronics: The 4-bit Adder (74HC283)
22:18
AVR Programming - AVR Studio Tutorial Introduction
13:23
AVR Programming - AVR Dragon Introduction
16:01
Arduino: Arduino LCD Tutorial II - A Reaction Timer
13:24
Arduino: Arduino on a Breadboard
12:24
Arduino: Arduino LCD Tutorial
10:45
Arduino: RGB LED Tutorial (Pirhana RGB with LCD Display)
17:21
Digital Electronics: Optocoupler | Optoisolator - Driving a high-current CREE XLamp XR-C LED
10:36
Experiments 1.2: Introductory Power Supply Circuit II (Mains PSUs)
17:02
Experiments 5.3: 8x8 LED Dot Matrix Display Tutorial (Red/Green Common Anode) using the Arduino
15:00
Experiments 5.2: Arduino - Serial to Parallel Conversion (74HC164 & 74HC595)
02:07
Experiments 4.4.3: Questions: BCD Counter - Change to Octal
00:11
Experiments 4.4.4: Assignment: BCD Counter 0-99 Assignment
05:28
Experiments 3.2: Sequential Logic - D-Type and JK Flip-Flop
03:47
Experiments 2.1: Logic Gates - NOT gate using a single transistor
05:22
Experiments 3.1: Sequential Logic - S-R Latch and a Gated S-R Latch
03:01
Experiments 1.3: Power Supply - Simple Transistor Example
03:29
Experiments 4.4.2: Questions: BCD Counter - Up/Down Counting Enabled
03:29
Experiments 4.4.1: Questions: BCD Counter - Reset count to 0
02:26
Experiments 4.4 : Binary Coded Decimal (BCD) Counter with 7 Segment Display
02:53
Experiments 4.2: A Binary Coded Decimal (BCD) Counter (using the CD40192B)
06:51
Digital Electronics: Binary Coded Decimal (BCD) to 7 Segment Display
13:32
Experiments 0.1: EE223 Module Kit Introduction
09:01
Experiments 5.1.2: Solution: Arduino Traffic Lights
00:53
Experiments 5.1.1: Question: Arduino Traffic Lights
13:04
Experiments 5.1: Arduino Introduction
14:12
Experiments 2.5: Digital Logic - Karnaugh Maps (Part 2)
09:22
Experiments 2.4: Digital Logic - Karnaugh Maps (Part 1)
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About
This channel contains the videos that are used to describe the experiments and demonstrations for an introductory module to Digital Electronics, which is running at the School of Electronic Engineering at Dublin City University, Ireland. There are additional videos related to embedded systems, which he also teaches; however, many of these videos stem from personal interest in the area. He has created a website derekmolloy.ie to provide additional materials in order to support these videos and also to capture his personal blog.
Dr. Derek Molloy is a Senior Lecturer in the School of Electronic Engineering, Faculty of Engineering & Computing at Dublin City University. He lectures in Object-oriented Programming, 3D Computer Graphics and Digital Electronics at postgraduate and undergraduate levels. His research interests are in the fields of Computer & Machine Vision, 3D Graphics & Visualisation and e-Learning.
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