A. Multi-tier client–server architecture
B. Master-slave architecture
C. Distributed component architecture
D. Peer-to-peer architecture
Explanation: Peer-to-peer (p2p) systems are decentralized systems in which computations may be carried out by any node on the network.
Related Mcqs:
- The __________________ is connected to servers (typically powerful workstations or PCs) that play a dual role ?
A. Database
B. Software
C. Hardware
D. None of the mentioned - Which architecture are reliant on middle-ware ?
A. Multi-tier client–server architecture
B. Master-slave architecture
C. Distributed component architecture
D. Peer-to-peer architecture - Which architecture is used when there is a high volume of transactions to be processed by the server ?
A. Multi-tier client–server architecture
B. Master-slave architecture
C. Distributed component architecture
D. Peer-to-peer architecture - Service Oriented Architecture (SOA) is__________________?
A. Strongly Coupled
B. Loosely Coupled
C. Strongly Cohesive
D. Loosely Cohesive - Which architecture describes the various elements that support the implementation of services?
A. The Application Architecture
B. The Service Architecture
C. The Component Architecture
D. None of the mentioned - Which architecture will be built on top of a SOA ?
A. The Application Architecture
B. The Service Architecture
C. The Component Architecture
D. None of the mentioned - How is SOA different from OO Architecture ?
A. Strong coupling among objects
B. Communications are prescriptive rather than being descriptive
C. Data is separated from a service or behavior
D. Data and methods are integrated into a single object - Which of the following is an essential principle of an architecture ?
A. Consistency
B. Reliability
C. Scalability
D. All of the mentioned - The _______________ of a formal specification language is often based on a syntax that is derived from standard set theory notation and predicate calculus ?
A. semantic domain
B. syntactic domain
C. sequence
D. set - RTOS stands for_____________________?
A. real-life operating system
B. real-time operating system
C. real-time operating software
D. real-life operating software
