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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JUAN LUIS DE LOS SANTOS LOPEZ

México

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4.4 AND 4.5 ARCHITECTURE OF COMPUTE


4.4 AND 4.5 ARCHITECTURE OF COMPUTEVersión en línea Aprende de los temas 4.4 y 4.5 de arquitectura de computo por 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. Sí No 2 SMT is a technique where a processor issues instructions from multiple threads in the same clock cycle to improve overall chip performance. Sí No 3 CMP multiprocessors integrate several independent cores in different computers connected through the Internet. Sí No 4 Explicit multithreading requires software to define and manage threads using APIs such as Pthreads or OpenMP. Sí No 5 Implicit multithreading requires the programmer to manually create every thread for the hardware to work. Sí No 6 Interleaved multithreading helps avoid pipeline stalls by constantly switching between threads. Sí No 7 Hyper-Threading is Intel’s commercial name for SMT technology. Sí No 8 A cluster is made up of independent computers called nodes that work together as a single system. Sí No 9 In a cluster, each node depends completely on the others and cannot function on its own. Sí No 10 Failover automatically transfers applications to another node when a failure occurs. Sí No 11 Single System Image (SSI) aims to make users unaware of which physical node is running the processes. Sí No 12 InfiniBand is a high-speed networking technology used to reduce latency between nodes. Sí No 13 Blade servers are thin modules that share services such as power and cooling within a chassis. Sí No 14 Thermal throttling automatically increases processor frequency when the temperature rises too high. Sí No 15 In an SMP system, each processor uses completely private memory and never shares data. Sí No

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4.4 AND 4.5 ARCHITECTURE OF COMPUTE

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4.4 AND 4.5 ARCHITECTURE OF COMPUTEVersión en línea

por JUAN LUIS DE LOS SANTOS LOPEZ

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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