31:49

Implementing Virtual Functions in MIPS assembly

12:57

Predator-Prey Example

01:37

Sharing an IntelliJ project on Github

08:25

JUnit4 Testing in IntelliJ

02:15

Passing command line arguments in IntelliJ

10:19

Designing a burger validator finite state machine

05:47

Writing Fibonacci in MIPS (callee saved)

06:22

Writing Fibonacci in MIPS (caller saved)

13:51

Writing to caches

06:32

MIPS function with pointers and structs

13:52

Propogation Delay Lecture

07:49

Implementing Half and Full Adders

04:17

Writing expressions to shift and extract subsets of bits

02:25

Example bit-wise logical and shifting problem

01:40

Converting Decimal to Hexadecimal

00:50

Most Negative value for given size Two's Complement number

00:51

Maximum Positive 2's Complement Number for N bits

01:46

Minimum Two's Complement Representation for a Number

04:40

Hexadecimal Notation

11:24

CacheExamplePart2

08:40

Cache Analysis Example (part 1)

07:20

Conceptual Introduction to Pipelining

02:20

Verilog Boolean Expressions and Parameters

05:33

More Verilog

08:14

An Example Verilog Test Bench

02:23

Example two's complement subtraction

01:28

Example two's complement addition

01:42

Example of unsigned binary subtraction

01:22

Example unsigned binary addition

00:20

Bit-wise NOT example

00:48

Bit-wise OR example

00:47

Bit-wise AND example

00:49

Example sign-extension of two's complement binary number

00:27

Example zero-extension of an unsigned binary number

00:58

Example conversion from hexadecimal to binary

01:38

Example conversion of negative decimal number to binary

01:21

Example conversion from decimal to unsigned binary

01:07

Example conversion from hexadecimal to decimal

02:07

Example conversion from two's complement to decimal

00:56

Example conversion of unsigned binary to hexadecimal

00:50

Example conversion of unsigned binary to decimal

04:40

An Introduction to Verilog

02:56

Performing Error Correction (An Example)

02:09

Computing Hamming distance for Error Detection & Correction

00:53

How to compute a number at a given Hamming distance

01:09

How to compute the Hamming distance

00:38

Compute Parity for A Binary Number

06:16

Combinational Design Example: rock-paper-scissors .mp4

00:49

Convert Boolean Expressions to Digital Circuits.mp4

01:13

Convert digital circuits to truth tables.mp4

01:33

Convert truth tables to circuits.mp4

01:12

Convert Boolean Expressions to Truth Tables.mp4

00:56

Converting truth tables to Boolean expressions.mp4

01:08

Converting Verilog code to a digital circuit schematic.mp4

01:21

Convert digital circuit to a Boolean expression

12:12

Solution to HW1 problem 6 (part 2)

05:41

Solution to HW1 problem 4

10:29

Solution to HW1 problem 6 (part 1)

01:39

Solution to HW1 problem 2

12:53

Solution to HW1 problem 5