Reader Notes: intro to Assembly languages, basic architecture type, binary and hexadecimal conversion. Explanation and assignment exercises that address logical gages, MUX, DeMorgan's law and state machine concepts.

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Reference Before You Continue

Explanation and assignment exercises that address logical gages, MUX, DeMorgan's law and state machine concepts. Exercises solving twos' complement in binary, hexadecimal, logical operators (AND, OR, NOT) using truth table.

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Conversion exercises in numerical systems, base-10 (decimal), base-2 (binary), base-16 (hexadecimal). intro to Assembly languages, basic architecture type, binary and hexadecimal conversion.

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  • Explanation and assignment exercises that address logical gages, MUX, DeMorgan's law and state machine concepts.
  • Exercises solving twos' complement in binary, hexadecimal, logical operators (AND, OR, NOT) using truth table.
  • intro to Assembly languages, basic architecture type, binary and hexadecimal conversion.
  • Conversion exercises in numerical systems, base-10 (decimal), base-2 (binary), base-16 (hexadecimal).

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CIS-11 Unit 1 Lecture
CIS-11 Unit 1 Lecture and Lab: Assignment 1 and Lab 1
CIS-11 Unit 1 Lecture: Number system representation
CIS-11 Unit 1 Lab: Twos' complement in binary, hexadecimal, logical operators, ASM, gates
CIS11 Unit 1 Lecture: Numerical Systems, Decimal, Binary, Hexadecimal
CIS-11 Unit 2 Lecture: Logic gates, multiplexer, DeMorgan's Law and State Machine
CIS-11 Final Review Part 1 and Part 2
Lecture #0: Introduction to CIS (1/11/18)
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CIS-11 Unit 1 Lecture

CIS-11 Unit 1 Lecture

Class orientation. intro to Assembly languages, basic architecture type, binary and hexadecimal conversion.

CIS-11 Unit 1 Lecture and Lab: Assignment 1 and Lab 1

CIS-11 Unit 1 Lecture and Lab: Assignment 1 and Lab 1

Read more details and related context about CIS-11 Unit 1 Lecture and Lab: Assignment 1 and Lab 1.

CIS-11 Unit 1 Lecture: Number system representation

CIS-11 Unit 1 Lecture: Number system representation

Exercises to convert binary, decimal, hexadecimal conversion. Addition, subtraction, multiplication in binary. Hexadecimal ...

CIS-11 Unit 1 Lab: Twos' complement in binary, hexadecimal, logical operators, ASM, gates

CIS-11 Unit 1 Lab: Twos' complement in binary, hexadecimal, logical operators, ASM, gates

Exercises solving twos' complement in binary, hexadecimal, logical operators (AND, OR, NOT) using truth table. Explanation on ...

CIS11 Unit 1 Lecture: Numerical Systems, Decimal, Binary, Hexadecimal

CIS11 Unit 1 Lecture: Numerical Systems, Decimal, Binary, Hexadecimal

Conversion exercises in numerical systems, base-10 (decimal), base-2 (binary), base-16 (hexadecimal).

CIS-11 Unit 2 Lecture: Logic gates, multiplexer, DeMorgan's Law and State Machine

CIS-11 Unit 2 Lecture: Logic gates, multiplexer, DeMorgan's Law and State Machine

Explanation and assignment exercises that address logical gages, MUX, DeMorgan's law and state machine concepts.

CIS-11 Final Review Part 1 and Part 2

CIS-11 Final Review Part 1 and Part 2

Read more details and related context about CIS-11 Final Review Part 1 and Part 2.

Lecture #0: Introduction to CIS (1/11/18)

Lecture #0: Introduction to CIS (1/11/18)

Read more details and related context about Lecture #0: Introduction to CIS (1/11/18).