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Computer Organization - CS 210

Covers binary representation, digital logic, CPU architecture, memory, instructions, assembly concepts, and input/output.

Study Tools

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Study guides

7

6 Computer Memory

Learn how computer memory stores and addresses information, how RAM and ROM differ, and how caches and the memory hierarchy balance speed, capacity, and cost.
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5 Assembly Concepts

Learn how RISC-V assembly uses registers, instructions, labels, branches, and calling conventions to implement algorithms.
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7 Input and Output

Learn how computers exchange data with peripherals, how controllers and device drivers manage those devices, and how polling, interrupts, and DMA coordinate transfers.
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2 Digital Logic

Learn how Boolean algebra represents binary logic, how logic gates implement its operations, and how truth tables guide the design of combinational circuits such as a half adder.
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1 Binary Representation and Data

Learn how bits are grouped, interpreted as numbers, and encoded to represent text and other kinds of data.
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4 Machine Instructions

Learn how machine instructions are encoded, how addressing modes locate operands, and how the processor fetches, decodes, and executes instructions.
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3 CPU Architecture

Learn how registers, the ALU, datapath connections, and control logic work together to fetch and execute CPU instructions.
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Quizzes

7

3 CPU Architecture

A medium-difficulty quiz on CPU components, signal roles, and instruction execution.
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4 Machine Instructions

A medium-difficulty quiz on machine instructions, instruction formats, addressing modes, and instruction execution.
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7 Input and Output

A quiz on computer input and output, device controllers, and the ways computers coordinate data transfers.
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5 Assembly Concepts

A medium-difficulty quiz on RISC-V assembly concepts, including instructions, branches, registers, and procedures.
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6 Computer Memory

A medium-difficulty quiz on computer memory, including addressing, memory types, caches, and the memory hierarchy.
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2 Digital Logic

A 14-question medium-difficulty quiz on Boolean algebra, logic gates, truth tables, and combinational circuits.
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1 Binary Representation and Data

A medium-difficulty quiz on binary and hexadecimal notation, integer representations, and character and data encoding. Questions progress from basic applications to explanations that connect multiple concepts.
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Flashcards

7

5 Assembly Concepts

Learn how RISC-V assembly uses instructions, registers, labels, branches, and calling conventions to express program logic.
Flashcards · Updated

7 Input and Output

Learn how computers exchange data with peripherals and how controllers, polling, interrupts, and DMA coordinate input and output.
Flashcards · Updated

4 Machine Instructions

Learn how machine instructions are encoded, how addressing modes locate operands, and how a processor fetches, decodes, and executes instructions.
Flashcards · Updated

3 CPU Architecture

Review the registers, ALU, datapath, and control logic that work together to execute CPU instructions.
Flashcards · Updated

6 Computer Memory

Review how computer memory is addressed and how RAM, ROM, caches, and the memory hierarchy support data access.
Flashcards · Updated

1 Binary Representation and Data

Learn how binary and hexadecimal values, integer conventions, and character encodings give meaning to stored bits.
Flashcards · Updated

2 Digital Logic

Learn Boolean algebra, logic gates, truth tables, and how combinational circuits such as a half adder are designed.
Flashcards · Updated