Computer Architecture and Organization mind maps
95 mind maps by 85 users · Page 1 of 3
This GoConqr page gathers over 90 Computer Architecture and Organization mind maps, covering processors, memory, buses and input/output. They are for university students and school students practising these topics, and teachers looking for ready-made material. Choose a map to begin.
Mind maps
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13 nodesCPU Cores · Clock Speed · Cache Size · Processor Type
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111 nodesMicroprocessors Numbers · Characters, floats, e... · Processor architecture · Pentium processors · Low power multicore a...
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14 nodesan overview of non-Uniform memory access nOn-UniFOrM MeMOry aC...
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58 nodesProcessor complexity study Pipeline structures · Load hit speculation
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87 nodesParallel Architectures Multiple instruction ... · Multiprocessors · Memory Organization · Memory Architecture for · Communication models for · Market share for
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39 nodesMicroprocessors It is called a microp... · References
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36 nodesCONTROL OF THE PROCESSOR Functional Requirements · Control Signals · A Control Signals Exa... · Internal Processor Or... · The Intel 8085
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80 nodesGraphic Processing Units (GPU) Overview · Programming for the GPU
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83 nodesChp.2 Expansion,Ports Expansion Buses · I/O Ports and Front P...
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50 nodesCONTROL OF THE PROCESSOR Functional Requirements · Control Signals
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42 nodesMicroprocessors It is an integrated c... · Parts of a microproce...
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25 nodesMicroprocessors The Microprocessor · The microprocessor is... · How does a microproce... · Support Chips
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45 nodesCHAPTER 7: PIPELINING & RISC Pipelining Strategy · Pipelining · 6 Type of Additional ... · Timing Diagram · Pipelining of Unequal... · Pipeline hazards
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54 nodesINSTRUCCIONES: EL LENGUAJE DEL COMPUTADOR OPERACIONES DEL HARDWARE · OPERANDOS DEL HARDWARE · REPRESENTACIÓN DE INS... · OPERACIONES LÓGICAS · INSTRUCCIONES PARA LA... · APOYO EN LOS PROCEDIM...
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47 nodesBUS In computer architecture · This consists of wire... · In the first computer... · The communication is ... · Now the serial buses ... · it define its capacit...
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36 nodesChapter 7 : Pipelining & RISC Pipelining Hazard · Pipelining of unequal... · RISC · Instruction Execution... · 6 Types of Additional... · Timing Diagram
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43 nodesComputer Performance Generations · Benchmarks Tests · ARM Architecture · Moore's law · Performance evaluation · CPU Performance
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30 nodesInstructions MOVLW · ADDLW · MOVWF · ADDWF · DECF · COMF
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33 nodesRead Only Memories Non-Volatile memories · Only read memory - no... · Types
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33 nodesCONTROL OF THE PROCESSOR Functional Requirements · Control Signals
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17 nodesChapter 7: Pipelining & RISC Pipelining · Pipelining of unequal... · Pipeline hazards · Types of Data Hazard
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27 nodesArchitecture Models Von Neumann · UMA · Harvard · NUMA
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19 nodesDevice Identification Multiple interrupt lines · Software Poll · Daisy Chain · Bus Arbitration
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39 nodesBus Types The bus is that digit... · Classification by dis... · Classification by use · Classification by tec... · classification by arc...
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31 nodesInput/Output External Device · Keyboard · Programmed I/O · Interrupt-driven I/O · Direct memory access ... · I/O Commands
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18 nodesThe major function for an I/O module fall into the following categories Control and timing · Processor communication · Device communication · Data buffering · Error detection
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29 nodesChapter 5 - Bus System A communication pathway · Data Bus · Address Bus · Control Bus · Internal and external... · Bus Hierarchy
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15 nodesCONTROL OF THE PROCESSOR Functional Requirements
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15 nodesChapter 6 Input / Output External Devices · Keyboard/Monitor · Three techniques are ... · Universal Serial Bus ... · Device Identification · I/O Mapping Summary
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12 nodesBus System Bus Interconnection
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28 nodesThe CPU, Instruction Fetch & Execute A Bog Standard Archit...
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25 nodesThe Unit Control Micro Operations · Control of the processor · Hardwired implementation · The Intel 8085
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7 nodesInput/Output External devices · I/O Modules · Programmed I/O · Direct memory access · Interrupt-driven I/O · I/O channels and proc...
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24 nodesNew architectures Arquitectura ARMv10 · Quantum processors · RISC-V architecture · future · Heterogeneous archite...
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45 nodesMicroprocessors complete calculation ... · It is also known as t... · It is usually housed ... · component that perfor...
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39 nodesCONTROL OF THE PROCESSOR Functional Requirements · Control Signals
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9 nodesUntitled Buses are circuits on... · Buses are limited by ...
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35 nodesstorage magnetic storage · optical storage · why do we have storages? · solid state
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38 nodesStorage solid state · magnetic state · optical · cloud storage
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54 nodestypes of buses Parallel Bus · Generaciones
More Computer Architecture and Organization resources
About computer architecture and organization mind maps
GoConqr OriginalComputer Architecture and Organization mind maps
These user-made maps offer different ways into the unit. CPU introduces processor features, while Microprocessors branches into data representation, memory and processor architecture. Other maps focus on bus types, instructions and computer performance.
Plan a route through the maps
Start with CPU if you want a short route into processor vocabulary. If you are studying connections between components, Bus Types is a useful starting point: it groups buses by distance and by use. For memory, try Read Only Memories and follow its branches on non-volatile types.
Work through one branch at a time, then cover it and recall the terms before checking the map again. Compare related maps when you want another view of a topic. If you want to practise recall in a different way, switch to a quiz or flashcards on the unit page.
Explore a map that matches the topic you are studying.
Frequently asked questions
Which mind map should I start with?
Try CPU if you want to review processor terms such as cores, clock speed and cache size. For a focus on connections, Bus Types groups buses by distance and use. Choose the map that fits the part of the unit you are studying.
Are these mind maps free to use?
Yes. Every resource listed here is free to open and study without an account. The maps were made by GoConqr users. A free account also lets you make your own quizzes, mind maps, flashcards and notes, and save your quiz scores.
Which levels do the mind maps suit?
Most of the resources are at university level, with some for school students. University and school students can use the maps to practise topics such as processors, memory and buses. Teachers can also explore the collection for ready-made material on those topics.