System Integration and Architecture 1
(MidQuiz-1,Quiz-2&MidTerm Exam)
Question 1
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Data flow or control flow diagrams
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Question 2
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Acronym: MAR
Question 3
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Acronym: CIR
Question 4
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Identified subsystems decomposed into modules
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Question 5
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Offer distributed services which may be called by clients
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Question 6
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Characteristics of Distributed System
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Question 7
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Description of the system output by architectural design
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Question 8
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Is the design upon which many general purpose computers are based.
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Question 9
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Process for identifying the subsystems that make up a system
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Question 10
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System decomposed into several subsystems
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Question 11
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Designed to run on a single user system
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Question 12
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Acronym: ACC
Question 13
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Acronym: MDR
Question 14
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System software runs on loosely integrated group of cooperating processors linked by a network
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Question 15
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May run on a single processor
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Question 16
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Shows process structure of the system
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Question 17
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No distinctions made between clients and servers
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Question 18
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Defines subsystem interfaces
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Question 19
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Shows major system components
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Question 20
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Model of control relationships among system components is established
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Question 1
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6th System Integration Life Cycle
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Question 2
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Is essential to the development of large, complex engineered systems.
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Question 3
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2nd System Integration Life Cycle
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Question 4
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1st System Integration Life Cycle
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Question 5
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5th System Integration Life Cycle
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Question 6
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The ultimate step in the design process involves the fabrication and testing of a prototype or system.
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Question 7
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7th System Integration Life Cycle
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Question 8
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Requires the coordination of preexisting and coexisting system components with newly developed ones
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Question 9
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The ranking of design alternatives and the ultimate selection of the most preferred design involves the selection of the best parameterization of the best conceptual design.
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Question 10
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These design concepts need to be converted into detailed designs for all components and subsystems.
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Question 11
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Design is the essence of engineering.
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Question 12
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This involves generating alternative designs, or design options, that might reasonably satisfy system specifications.
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Question 13
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Acronym: CAE
Question 14
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Ensures that specific hardware/software components fit together smoothly in a stated configuration
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Question 15
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The result of design synthesis is the selection of a promising set of preliminary or conceptual designs for the system.
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Question 16
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3rd System Integration Life Cycle
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Question 17
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The design process begins with the identification of a human need and the reduction of this need to a precise set of specifications for the system to be built.
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Question 18
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Acronym: CAM
Question 19
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4th System Integration Life Cycle
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Question 20
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Acronym: CIM
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Acronym: CAE
Question 2
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It should be noted that, no single realization of the design process is just the fight style for all.
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3rd System Integration Life Cycle
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Acronym: MDR
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2nd System Integration Life Cycle
Question 6
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Ensures that specific hardware/software components fit together smoothly in a stated configuration
Question 7
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Is essential to the development of large, complex engineered systems.
Question 8
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5th System Integration Life Cycle
Question 9
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Characteristics of Distributed System
Question 10
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This involves generating alternative designs, or design options, that might reasonably satisfy system specifications.
Question 11
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7th System Integration Life Cycle
Question 12
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The design process begins with the identification of a human need and the reduction of this need to a precise set of specifications for the system to be built.
Question 13
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1st System Integration Life Cycle
Question 14
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The ultimate step in the design process involves the fabrication and testing of a prototype or system.
Question 15
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The result of design synthesis is the selection of a promising set of preliminary or conceptual designs for the system.
Question 16
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Refers to the use of modem computing hardware and software in converting the initial idea for a product into a detailed engineering design.
Question 17
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The concept of the design is understood to involve: finally, the selection, implementation, and testing of the most preferred alternative
Question 18
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Shows major system components
Question 19
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4th System Integration Life Cycle
Question 20
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System software runs on loosely integrated group of cooperating processors linked by a network
Question 21
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This gives the detail of the structure of the system including the size, shape, materials, and quantities of components and the interrelationships among these design elements together.
Question 22
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Is the creative process by which our understanding of logic and science is joined with our understanding of human needs and wants to conceive and refine artifacts that serve specific human purposes.
Question 23
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The concept of the design is understood to involve: the conceptualization and parameterization of alternative candidate designs that meet or surpass specifications;
Question 24
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The concept of the design is understood to involve: the specification of measurable goals, objectives, and constraints for the design
Question 25
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Data flow or control flow diagrams
Question 26
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System decomposed into several subsystems
Question 27
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Identified subsystems decomposed into modules
Question 28
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Process for identifying the subsystems that make up a system
Question 29
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Is the design upon which many general purpose computers are based.
Question 30
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Defines subsystem interfaces
Question 31
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Description of the system output by architectural design
Question 32
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These design concepts need to be converted into detailed designs for all components and subsystems.
Question 33
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The ranking of design alternatives and the ultimate selection of the most preferred design involves the selection of the best parameterization of the best conceptual design.
Question 34
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6th System Integration Life Cycle
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It is assumed that, translation from human needs to final design invariably involves the experience, intuition, skill, and creativity of the designer or design team.
Question 36
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Offer distributed services which may be called by clients
Question 37
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Requires the coordination of preexisting and coexisting system components with newly developed ones
Question 38
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Acronym: CIM
Question 39
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May run on a single processor
Question 40
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Designed to run on a single user system
Question 41
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Acronym: SDLC
Question 42
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Design is the essence of engineering.
Question 43
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Acronym: MAR
Question 44
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Acronym: CAM
Question 45
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Shows process structure of the system
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Design is universally understood to be a creative, iterative, decision-making process since there is no unique solution to a given design problem.
Question 47
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The concept of the design is understood to involve: the analysis and ranking of design alternatives;
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No distinctions made between clients and servers
Question 49
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Model of control relationships among system components is established
Question 50
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Acronym: CIR