Category:Computer architecture
 | Computing portal |
Here is a list of articles in the Computer architecture category of the Computing portal that unifies foundations of mathematics and computations using computers.
| Library cataloging and classification | |
|---|---|
| Universal Decimal | 0 004.2 |
See also
- Category:Computer hardware for articles about computer electronic components, buses, clock signals, motherboards, etc.
- Category:Operating systems for articles about systems
- Fault-tolerant design and Fault-tolerant system
Subcategories
This category has the following 14 subcategories, out of 14 total.
A
C
D
F
I
N
O
S
Pages in category "Computer architecture"
The following 80 pages are in this category, out of 80 total.
- Computer architecture (computing)
A
- Abstraction layer (computing)
- Address space (computing)
- Addressing mode (computing)
- Aperture (computer memory) (computing)
- Approximate computing (computing)
- Autonomous decentralized system (computing)
B
- Berkeley IRAM project (computing)
- Branch Queue (computing)
- Bridging model (computing)
- Byte addressing (computing)
C
- Cache (computing) (computing)
- Cache control instruction (computing)
- Cache hierarchy (computing)
- Cache pollution (computing)
- Cellular architecture (computing)
- Comparison of CPU microarchitectures (computing)
- Comparison of instruction set architectures (computing)
- Computational RAM (computing)
- Computer architecture simulator (computing)
- Computer data storage (computing)
D
- Dataflow (computing)
- Dataflow architecture (computing)
- Directory-based cache coherence (computing)
- Directory-based coherence (computing)
- DOPIPE (computing)
- Dual pipelining (computing)
- Duncan's Taxonomy (computing)
F
- Fault-tolerant computer system (computing)
- Feng's classification (computing)
- Frequency scaling (computing)
H
- Hardware architect (computing)
- Harvard architecture (computing)
- Hybrid-core computing (computing)
I
- Instruction prefetch (computing)
- Instruction window (computing)
L
- Load–store architecture (computing)
- Load–store unit (computing)
M
- Machine Check Architecture (computing)
- Manycore processor (computing)
- MCDRAM (engineering)
- Memory dependence prediction (computing)
- Memory disambiguation (computing)
- Memory hierarchy (computing)
- Memory management (computing)
- Memory ordering (computing)
- Microarchitecture simulation (computing)
- Modified Harvard architecture (computing)
- Multi-core processor (computing)
N
- Network Centric Product Support (computing)
- NonStop (server computers) (computing)
- Northbound interface (computing)
O
- Open architecture (computing)
P
- Popek and Goldberg virtualization requirements (computing)
- Processor register (computing)
R
- Random-access memory (computing)
- Reference model (computing)
- Register file (computing)
- Register memory architecture (computing)
- Register renaming (computing)
S
- Scalability (computing)
- Scale cube (computing)
- Shared memory (computing)
- Simultaneous multithreading (computing)
- Single instruction, multiple threads (computing)
- Single-core (computing)
- Slot (computer architecture) (computing)
- Software lockout (software)
- SpiNNaker (engineering)
- Stream processing (computing)
- Superscalar processor (computing)
- Synchronous Data Flow (computing)
T
- Tagged architecture (computing)
- Temporal multithreading (computing)
- Transport triggered architecture (computing)
V
- Vectored interrupt (computing)
- Vkernel (software)
- Von Neumann architecture (computing)
X
- Xputer (computing)
Z
- Zero address arithmetic (computing)
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