Types of computer architectures (Uppersixth science computer science)

Froggy Jumps

Jugadas 1

Crear copia

Sobre esta actividad

Test your knowledge on computer architectures like Von Neumann, Flynn, and more!

Creada por

YAKILI LMS

Camerún

Descarga la versión para jugar en papel

Crea tu propio juego gratis desde nuestro creador de juegos

Compite contra tus amigos para ver quien consigue la mejor puntuación en esta actividad

Crear reto

OPEN UP 6 UNIT 1 VOCABULARY

karen blixen

España

(101)

Repasamos el vocabulario de la unidad
El valle de los lobos

Marcos Signes

España

(109)

20 preguntas de este maravilloso libro
Sabiduría animal

Educaplay Educational Resources

España

(15479)

Conviértete en un genio del Reino Animal
Salva a la Ranita

Melanie Rodriguez

Estados Unidos

(341)

Contesta las siguientes multiplicaciones correctamente para salvar a la ranita y evitar que caiga al agua, mucha suerte!
Quiz de Culpa mía película

Yamila Chavez

Argentina

(175)

Demuestra cuánto sabes sobre la película Culpa mía con este divertido quiz.

		%
	Anónimo	%
		%
		%

Imprime tu juego

Types of computer architectures (Uppersixth science computer science)


Froggy Jumps Types of computer architectures (Uppersixth science computer science)Versión en línea Test your knowledge on computer architectures like Von Neumann, Flynn, and more! por YAKILI LMS 1 What is the main feature of the Von Neumann architecture? a Separate memories for data and instructions. b No memory at all. c Single memory for both data and instructions. 2 What does Flynn's taxonomy classify? a Computer architectures based on instruction and data streams. b Network topologies. c Operating systems. 3 Which architecture uses separate memory for instructions and data? a Data flow architecture. b Harvard architecture. c Von Neumann architecture. 4 What is a key characteristic of data flow architecture? a Sequential instruction execution. b Execution is driven by the availability of data. c Fixed program counter. 5 Which architecture is known for high-performance computing? a Von Neumann architecture. b Harvard architecture. c CRAY architecture. 6 In Flynn's taxonomy, what does SISD stand for? a Single Instruction Single Device. b Single Instruction Single Data. c Single Input Single Data. 7 What does SIMD represent in Flynn's taxonomy? a Single Instruction Multiple Devices. b Single Input Multiple Data. c Single Instruction Multiple Data. 8 Which architecture is primarily used in modern CPUs? a Von Neumann architecture. b CRAY architecture. c Data flow architecture. 9 What is a disadvantage of the Von Neumann architecture? a The Von Neumann bottleneck. b High power consumption. c Limited instruction set. 10 What type of processing does Harvard architecture support? a Sequential processing only. b Parallel processing of instructions and data. c No processing at all. 11 What is a key feature of massively parallel computing? a Single processor handling all tasks. b Sequential task execution. c Multiple processors executing tasks simultaneously. 12 Which architecture is commonly associated with massively parallel systems? a Client-server architecture. b Shared-nothing architecture. c Shared-memory architecture. 13 What is the primary benefit of massively parallel computing? a Increased computational speed and efficiency. b Simplified programming model. c Reduced hardware costs. 14 Massively parallel systems are best suited for which type of tasks? a Simple calculations. b Data-intensive tasks requiring high throughput. c Low-memory tasks. 15 Which of the following is a challenge in massively parallel computing? a Low power consumption. b Managing data consistency across processors. c Easy task scheduling. 16 What programming model is often used in massively parallel systems? a Object-oriented programming. b Single-threaded model. c Message passing interface (MPI). 17 What is a common application of massively parallel computing? a Web browsing. b Basic word processing. c Simulations in scientific research. 18 Which of the following is NOT a characteristic of massively parallel systems? a High performance. b Dependence on a single point of failure. c Scalability. 19 How do massively parallel systems handle large datasets? a Processing all data on one processor. b By dividing the data among multiple processors. c Storing data in a single location. 20 What is a common hardware component in massively parallel systems? a Single-core CPU. b Multiple CPUs or cores. c Traditional hard drives. 21 What is a primary role of virtual machines? a To run multiple operating systems on a single physical machine. b To increase physical hardware requirements. c To eliminate the need for software applications. 22 How do virtual machines enhance security? a By isolating applications in separate environments. b By allowing unrestricted access to the host system. c By removing all security protocols. 23 Which of the following is a benefit of using virtual machines? a Resource allocation and management. b Decreased software compatibility. c Increased hardware costs. 24 What is a hypervisor? a A type of physical server. b Software that creates and manages virtual machines. c An application for data storage. 25 What does VM stand for? a Visual Module. b Virtual Machine. c Virtual Management. 26 Why are virtual machines used for testing? a They require more physical servers. b They allow safe testing of software without affecting the host system. c They are slower than physical machines. 27 What is one disadvantage of virtual machines? a They cannot run multiple applications. b They are always faster than physical machines. c They can consume significant system resources. 28 Which of the following can virtual machines simulate? a Different hardware configurations. b Only one type of hardware. c Only software applications. 29 What is the main purpose of a virtual machine's snapshot? a To permanently delete data. b To save the current state for easy recovery. c To increase the machine's speed. 30 In cloud computing, virtual machines are used for? a Limiting user access to applications. b Providing scalable resources on demand. c Reducing internet speed. 31 What is a primary benefit of using virtual machines? a Isolation of environments b Increased hardware costs c Slower performance 32 Which limitation is commonly associated with virtual machines? a Enhanced security b Unlimited scalability c Resource overhead 33 How do virtual machines enhance security? a By using physical servers only b By isolating applications c By eliminating all viruses 34 What is a disadvantage of virtual machines in terms of performance? a They have no performance impact b They always run faster c They can be slower than physical machines 35 Which of the following is a benefit of virtual machines? a No need for updates b Permanent storage c Easy backup and recovery 36 What is a common use case for virtual machines? a Only for web browsing b Running multiple operating systems c Only for gaming 37 What can lead to increased costs when using virtual machines? a Free software availability b Licensing fees for software c Reduced electricity usage 38 Which technology is essential for creating virtual machines? a Router b Hypervisor c Switch 39 What is a potential security risk of virtual machines? a VM escape attacks b Physical theft only c No security risks 40 How do virtual machines affect hardware utilization? a They reduce utilization b They require more hardware c They can improve utilization rates 41 What is the primary function of data transfer in a computer system? a To increase processing speed. b To enable communication between components. c To store data permanently. 42 Which component is primarily responsible for data transfer in a computer? a The hard drive. b The power supply. c The motherboard. 43 What type of data transfer occurs between RAM and the CPU? a Slow and permanent. b Irregular and random. c Fast and temporary. 44 What is the role of buses in data transfer? a To power the components. b To store data. c To carry data between components. 45 Which protocol is commonly used for data transfer over networks? a HTTP/2. b TCP/IP. c FTP. 46 What is the significance of bandwidth in data transfer? a It indicates storage capacity. b It measures the speed of the CPU. c It determines the amount of data that can be transferred. 47 Which component uses a data bus to communicate with the CPU? a The power supply. b The graphics card. c RAM. 48 What does the term 'latency' refer to in data transfer? a The speed of data transfer. b The delay before data starts transferring. c The amount of data transferred. 49 Which type of memory allows for faster data transfer? a Cache memory. b Hard disk drive. c Optical disk. 50 What is the primary purpose of a network interface card (NIC)? a To facilitate data transfer over a network. b To increase CPU speed. c To store files.

Types of computer architectures (Uppersixth science computer science)

Froggy Jumps

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

Top juegos

Froggy Jumps

OPEN UP 6 UNIT 1 VOCABULARY

Froggy Jumps

El valle de los lobos

Froggy Jumps

Sabiduría animal

Froggy Jumps

Salva a la Ranita

Froggy Jumps

Quiz de Culpa mía película

Froggy Jumps

Types of computer architectures (Uppersixth science computer science)Versión en línea

por YAKILI LMS

What is the main feature of the Von Neumann architecture?

What does Flynn's taxonomy classify?

Which architecture uses separate memory for instructions and data?

What is a key characteristic of data flow architecture?

Which architecture is known for high-performance computing?

In Flynn's taxonomy, what does SISD stand for?

What does SIMD represent in Flynn's taxonomy?

Which architecture is primarily used in modern CPUs?

What is a disadvantage of the Von Neumann architecture?

What type of processing does Harvard architecture support?

What is a key feature of massively parallel computing?

Which architecture is commonly associated with massively parallel systems?

What is the primary benefit of massively parallel computing?

Massively parallel systems are best suited for which type of tasks?

Which of the following is a challenge in massively parallel computing?

What programming model is often used in massively parallel systems?

What is a common application of massively parallel computing?

Which of the following is NOT a characteristic of massively parallel systems?

How do massively parallel systems handle large datasets?

What is a common hardware component in massively parallel systems?

What is a primary role of virtual machines?

How do virtual machines enhance security?

Which of the following is a benefit of using virtual machines?

What is a hypervisor?

What does VM stand for?

Why are virtual machines used for testing?

What is one disadvantage of virtual machines?

Which of the following can virtual machines simulate?

What is the main purpose of a virtual machine's snapshot?

In cloud computing, virtual machines are used for?

What is a primary benefit of using virtual machines?

Which limitation is commonly associated with virtual machines?

How do virtual machines enhance security?

What is a disadvantage of virtual machines in terms of performance?

Which of the following is a benefit of virtual machines?

What is a common use case for virtual machines?

What can lead to increased costs when using virtual machines?

Which technology is essential for creating virtual machines?

What is a potential security risk of virtual machines?

How do virtual machines affect hardware utilization?

What is the primary function of data transfer in a computer system?

Which component is primarily responsible for data transfer in a computer?

What type of data transfer occurs between RAM and the CPU?

What is the role of buses in data transfer?

Which protocol is commonly used for data transfer over networks?

What is the significance of bandwidth in data transfer?

Which component uses a data bus to communicate with the CPU?

What does the term 'latency' refer to in data transfer?

Which type of memory allows for faster data transfer?

What is the primary purpose of a network interface card (NIC)?