A. System infrastructure frameworks
B. Middleware integration frameworks
C. Enterprise application frameworks
D. MVC
A. Commercial Off-The-Shelf systems
B. Commercial Off-The-Shelf states
C. Commercial Off-The-System state
D. None of the mentioned
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
Explanation: A service-oriented architecture is essentially a collection of services which communicate with each other.
A. Concurrency
B. Openness
C. Resource sharing
D. Fault tolerance
A. Sampling model
B. Component model
C. Certification model
D. All of the mentioned
A. High-speed data acquisition system
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
D. None of the mentioned
Explanation: Data acquisition systems collect data from sensors for subsequent processing and analysis. These systems are used in situations where the sensors are collecting a lot of data from the system’s environment and it isn’t possible or necessary to process that data in real time.
A. Database
B. Software
C. Hardware
D. None of the mentioned
Explanation: A root system, sometimes a mainframe, serves as the repository for corporate data plays a dual role.