A. Execution time
B. Compile time
C. Frequency
A. Security
B. User interaction
D. Database support
A. Web application frameworks
B. Web application frameworks
D. Middleware integration frameworks
B. Common Object Request Build Architecture
C. Common Object Request Break Architecture
D. All of the mentioned
A. A specific type of equipment
C. Check in/check out equipment for maintenance
D. Maintenance record for each and every equipment item
A. CMM
B. ISO-9001
C. CASE tools
A. CBSE increases productivity
B. CBSE shortens delivery time
D. It increases quality
B. Non-functional concern
C. Quality of service concerns
D. Policy concern
A. 70 ms
B. 55 ms
C. 100 ms
A. Writing aspects
B. None of the mentioned
D. Finding code complexity
A. aspect
B. join point model
C. pointcut
A. providing frameworks
B. verifying systems
C. provide investors
A. Size
B. Distribution
D. Manageability
A. set
B. sequence
C. semantic domain
A. Commercial Off-The-System state
C. Commercial Off-The-Shelf states
D. None of the mentioned
A. Component interfaces
C. Component modules
D. Component composition
A. Documented
B. Independent
C. Standardized
A. Hardware stimuli
B. Management stimuli
C. Software stimuli
B. Entity centric service
C. Get account info
D. Task centric service
A. Track services with registries.
C. Design for interoperability through the adoption of standards.</strong>
D. . Govern, secure and manage the services.
B. Application object
C. Database object
D. Control couple
A. Class
B. Object
A. Strong coupling among objects
B. Data and methods are integrated into a single object
C. Communications are prescriptive rather than being descriptive
A. Operation incompleteness
C. Operation incompatibility
A. Component model
B. Sampling model
C. Certification model
B. SOA
C. Configurability
D. Both SaaS and Configurability
A. Yellow box
B. White box
D. Black box
A. difficult
B. unreliable
D. expensive
A. Application system reuse
C. None of the mentioned
D. Object and function reuse
B. Failure of a power supply in an embedded system
C. Both High-speed data acquisition system AND Failure of a power supply in an embedded system
A. The Service Architecture
B. The Application Architecture
C. Middleware integration frameworks
D. Enterprise application frameworks
A. degenerative error correction
B. referential transparency
D. none of the mentioned
A. Resource sharing
B. Openness
C. Fault tolerance
A. Interruption
B. Modification
C. Fabrication
A. The Component Architecture
B. The Service Architecture
A. Strongly Cohesive
C. Loosely Cohesive
D. Strongly Coupled
A. Sequence diagram
C. ER diagram
D. Class diagram
A. free of cost
B. high cost
C. short period of time
A. All of the mentioned
C. Local Presentation
D. Distributed presentation
B. Database support
C. Session Management
D. Security
B. Functional specialization
C. Platform specialization
D. Environment specialization
B. Clean box
C. Black box
D. White box
A. Contradictions
C. Vagueness
D. Post-condition
A. Dyer
B. Linger
C. Mills
B. Session management
D. User interaction
B. real-life operating software
C. real-life operating system
D. real-time operating software
A. Peer-to-peer architecture
C. Master-slave architecture
D. Distributed component architecture
A. Application function tests
B. Transaction tests
C. Network communication tests
B. aspect
C. join point
D. join point model
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