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4.4 AND 4.5 ARCHITECTURE OF COMPUTE

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Aprende de los temas 4.4 y 4.5 de arquitectura de computo

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4.4 AND 4.5 ARCHITECTURE OF COMPUTE
 

4.4 AND 4.5 ARCHITECTURE OF COMPUTEOnline version

Aprende de los temas 4.4 y 4.5 de arquitectura de computo

by JUAN LUIS DE LOS SANTOS LOPEZ
1

Multithreading divides the instruction flow into several threads that can run in parallel to better utilize CPU execution units.

2

SMT is a technique where a processor issues instructions from multiple threads in the same clock cycle to improve overall chip performance.

3

CMP multiprocessors integrate several independent cores in different computers connected through the Internet.

4

Explicit multithreading requires software to define and manage threads using APIs such as Pthreads or OpenMP.

5

Implicit multithreading requires the programmer to manually create every thread for the hardware to work.

6

Interleaved multithreading helps avoid pipeline stalls by constantly switching between threads.

7

Hyper-Threading is Intel’s commercial name for SMT technology.

8

A cluster is made up of independent computers called nodes that work together as a single system.

9

In a cluster, each node depends completely on the others and cannot function on its own.

10

Failover automatically transfers applications to another node when a failure occurs.

11

Single System Image (SSI) aims to make users unaware of which physical node is running the processes.

12

InfiniBand is a high-speed networking technology used to reduce latency between nodes.

13

Blade servers are thin modules that share services such as power and cooling within a chassis.

14

Thermal throttling automatically increases processor frequency when the temperature rises too high.

15

In an SMP system, each processor uses completely private memory and never shares data.

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