73()A. application B. connection C. stream D. acknowledg
73()
A. application
B. connection
C. stream
D. acknowledgement
73()
A. application
B. connection
C. stream
D. acknowledgement
(73)
A. Quality assurance (QA)
B. Quality planning
C. Quality control (QC)
D. Quality costs
●Generally software can be divided into two types: (73) software and application software.
(73)
A. database
B. system
C. operating
D. text
(73)
A. Application
B. System
C. Compiler
D. Utility
(71)
A. object models
B. prototypes
C. use cases
D. components
(72)
A. eXtreme programming
B. model driven
C. reverse engineering
D. agile method
(73)
A. existing database and application program
B. application program and user interface
C. existing database and user interface
D. existing database, application program and user interface
(74)
A. requirement discovery
B. business process redesign
C. cause-and-effect analysis
D. total quality management
(75)
A. Continuous process improvement
B. Joint requirements planning
C. Fact-finding
D. Structured engineering
(71)A. hardware B. business C. software D. external
(72)A. driver B. application C. kernel D. boot loader
(73)A. data B. storage C. bus D. CPU
(74)A. time B. format C. controller D. packet
(75)A. JAFFS B. format C. file systems D. protocol
(71)
A. numbers
B. connections
C. diagrams
D. resources
(72)
A. procedure
B. function
C. route
D. flow
(73)
A. path
B. window
C. frame
D. diagram
(74)
A. packet
B. time
C. error
D. phase
(75)
A. ports
B. streams
C. packets
D. cells
(71)
A. functional decomposition
B. object abstraction
C. data inheritance
D. information generalization
(72)
A. function model,class model and state model
B. class model,interaction model and state model
C. class model,interaction model and sequence model
D. function model,interaction model and state model
(73)
A. Static analysis
B. Semantic analysis
C. Scope analysis
D. Domain analysis
(74)
A. static structure
B. system components
C. data flows
D. program procedures
(75)
A. Program analysis
B. Function requirement
C. Application analysis
D. Physical model
A. think
B.thought
C.received
D.considered
试题(71)~(75)
The software architecture is a set of software components, subsystems, relationships, interactions, the properties of each of these elements, and the set of guiding principles that together constitute the fundamental properties and constraints of a software system or set of systems. (71) defines a general set of element types and their interactions. The examples include Pipes and Filters, Model-View-Controller, and Reflection. A (72) in software architecture is a representation used to understand or document one or more aspects of a problem or solution. Architecture is usually used in conjunction with many adjunct terms. The (73) defines the key strategies, organization, goals and related processes of the enterprise. At the enterprise level, the (74) may be more of a set of guidelines on how the various software architectures should be constructed consistently across the enterprise. The (75), which describes the high-level set of elements involved in application from a particular domain along with their interactions, is often used to focus on subsystem definition rather than application process level definition.
(71)
A. Architectural pattern
B. Architectural description
C. Architectural view
D. Architectural viewpoint
(72)
A. model
B. domain
C. component
D. subsystem
(73)
A. enterprise architecture
B. technical architecture
C. infrastructure architecture
D. business architecture
(74)
A. enterprise architecture
B. data architecture
C. application architecture
D. information architecture
(75)
A. product-line architecture
B. reference architecture
C. technology architecture
D. infrastructure architecture
● Business intelligence (BI) is the integrated application of data warehouse, data mining and (73).
(73)
A.OLAP
B.OLTP
C.MRPII
D.CMS.
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