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Coding or comprehension? The essence of software system design
M. Loomes, C. Britton, P.N. Taylor
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Keyphrases
Abstract Representation
100%
Design Disciplines
100%
Plaster Model
100%
Underlying Assumptions
100%
Software Developers
100%
Abstract Domains
100%
System Design
100%
System Development Process
100%
Traditional System
100%
Software Simulation
100%
Construct Modeling
100%
Partial Differential Equations
100%
System Life Cycle
100%
Engineering Design
100%
Perceived Reality
100%
Engineering Model
100%
Lines of Code
100%
Complex Scenarios
100%
System Software Design
100%
Theoretical Understanding
100%
System Developers
100%
Modern Engineering
100%
Engineering Simulation
100%
Software Process
100%
Software Design
100%
Civil Engineer
100%
Computer Science
Software Systems
100%
Modeling and Simulation
100%
Development Process
66%
Underlying Assumption
33%
Software Designer
33%
Abstract Representation
33%
Partial Differential Equation
33%
Software Engineer
33%
System Development
33%
Lines of Code
33%
Design Discipline
33%
Software Design
33%
Formalization
33%
System Developer
33%
Software Development
33%
System Life Cycle
33%
Engineering
Development Process
100%
Software Systems
100%
Partial Differential Equation
33%
Simulation Software
33%
Civil Engineer
33%
Engineering
33%
Central Part
33%
Design Engineering
33%
Plaster
33%
Lifecycle
33%
Methods and Tool
33%
System Development
33%
Lines of Code
33%
Mathematics
Development Process
100%
Life Cycle
33%
Central Part
33%
Formalization
33%
Partial Differential Equation
33%
Central Role
33%
System Life
33%