The document outlines the phases of the Agile Unified Process (AUP), including inception, elaboration, construction, and transition. It discusses work areas of AUP, such as model, implementation, testing, deployment, and configuration management while highlighting the philosophies and laws underpinning agile practices. Additionally, it presents hypotheses and conjectures related to project clarity, programming language complexity, and error management in software development.

1. Principles of
Software Engineering

2. PHASES OF AGILE UNIFIED PROCESS
 Inception
 In inception phase, the initial scope of the project is
identified.
 Elaboration
 Elaboration phase in the AUP is emphasized to prove
the architecture of the system.
 Construction
 During the phase of construction, working software is
built on incremental and regular basis.
 Transition
 During the phase of transition, the system is
deployed and validated into the environment of the
production.
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3. WORK AREAS OF AGILE UNIFIED PROCESS (AUP)
 Model
 The discipline of model is to understand the organization’s
business.
 Implementation
 The goal of this discipline is to transform the proposed
model in the previous discipline to executable code.
 Test
 The goal of the test discipline is to perform the evaluation
of the objective of the project in order to ensure the quality.
 Deployment
 The discipline deployment is used to plan for the system
delivery and execution of the plan.
 Configuration Management
 During the configuration management discipline, the
access to the artifacts of the project are managed.
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4. PHILOSOPHIES OF AGILE UNIFIED PROCESS
(AUP)
 Simplicity
 The simplicity philosophy is so followed that there are only
handful of pages to describe everything concisely, rather
than hundreds or thousands of pages.
 Agility
 The Agile Unified Process confirms the principles and
values that are related to the Agile Alliance and Agile
Software development.
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5. LAWS ON AGILE UNIFIED PROCESS (AUP)
 Zipf’s law states, “In natural language the frequency of a word is
inversely proportional to its rank in the frequency table.
 Yannis’ law states, “Programming productivity doubles every 6
years”.
 Wirth’s law states “Software performance gets slower faster than
hardware speed gets faster.
 Weinberg / Jones law of error-prone module or EPM causation
states, “A majority of error- prone modules or EPM bypassed some
or all of proven effective quality steps such as inspections, static
analysis and formal testing”
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6. HYPOTHESIS AND CONJECTURE OF AGILE
UNIFIED PROCESS (AUP)
 Hypothesis:
 If the objectives of the project are clear, the planning and
outcome of the project will be clearer.
 If the software project is complex, the number of
programming languages needed for the project will also be
more.
 If the defect removal efficiency is more, the project will be
faster to implement.
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7. HYPOTHESIS AND CONJECTURE OF AGILE UNIFIED
PROCESS (AUP) CONTD..
 Conjecture:
 Every software has a challenge of compatibility with the
diverse operating system and hardware.
 Hardware technology grows faster than the software
technology.
 Errors can be well corrected and will be less error-prone in
future, when discovered and covered earlier.
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8. THANK
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