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| Introduction
to Software Architecture |
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N-Tier
Computing, Middleware and CORBA |
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History
of Architecture |
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History
& Analogy of Software Architecture |
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Defining
Software Architecture |
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Enterprise
Architecture |
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Many
Forms of Architecture |
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Enterprise
IT Architecture |
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Goals
of IT Architecture |
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Architecture
Programming Model |
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Domain
of Software architecture |
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Introduction
to N-Tier technology |
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Limitations
of 2-tier architecture |
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Benefits
of N-Tier Model |
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Middleware
and its importance |
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Methods
of incorporating middleware |
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Middleware
Reference Model |
| - |
Popular
Component Infrastructures |
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| Software
Approaches |
Software
Approaches |
| Popular
Software Architectural Approaches |
Introduction
to RM-ODP |
| - |
Introduction |
| - |
Zachman
Framework |
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Domain
Analysis |
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Rational's
4+1 View Model |
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Pattern
Oriented Software Architecture
(POSA) |
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Introduction
to RM-ODP |
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ODP
Standardization- Fundamental Elements
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Who
supports RM-ODP? |
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Representative
Use of RM-ODP |
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Goals
of ODP |
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Elements
of RM-ODP Architecture |
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RM-ODP Terminology |
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RM-ODP Viewpoints |
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RM-ODP Infrastructure
Models |
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RM-ODP Conformance |
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| - |
RM-ODP
Architecture Lifecycle |
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| Architectural
style |
Software
design level Model |
| - |
Natural
evolution of design abstraction |
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Integration
of complex software |
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Need
for Software Architecture |
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Design
Issues |
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| - |
Idiomatic
patterns of system organization |
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Defining Architectural
Style |
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What does
it have in store |
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Benefits of
Architectural Styles |
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| - |
Common
Architectural Styles |
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Pipes and
Filters |
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Event based,
Implicit Invocation |
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Layered Systems |
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Repositories |
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| - |
Modern
Architecture |
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Architect's
Work Bench (AWB) |
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Future
Work |
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| - |
Software
Development |
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Risky
Business |
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Available
guidance not enough |
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Potential
benefits |
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Software
Design Level Model |
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The Notion |
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Model of Software
Scale |
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Prevalent
Forces in Software Decision Making |
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Key motivating
forces at each scale |
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Design
Patterns |
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Pattern Form/Template |
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Several key
types of Pattern |
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Key System-Level
Design Principles |
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Multi-Level
Applicability |
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Comparison
of Design Pattern Languages |
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| Patterns
for concurrent and Network Objects |
Component
Programming Infrastucture |
| - |
Patterns
for Concurrent and Networked Objects |
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Service
Access and Configuration Patterns |
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Wrapper
Facade |
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Component
Configurator |
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Interceptor |
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Extension
Interface |
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Synchronization
Patterns |
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Scoped Locking
Idiom |
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Strategized
Locking Pattern |
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Thread-Safe
Interface Pattern |
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Double-Checked
Locking Optimization |
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Concurrency
Patterns |
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Active Object |
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Monitor Object |
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Half-Sync/Half-Async |
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Leader/Followers |
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Thread-Specific
Storage |
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| Anatomy
of Software Components |
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Trends
in system development |
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Component
Anatomy |
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What
are Components? |
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Component
Anatomy |
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Interface
& Implementation |
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Component
Assembly |
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Deployment |
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Objects
Vs. Components - Comparison |
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Component
Model Overview |
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Component
Categories |
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CBD
and Reuse |
| - |
Productivity
Curve for Development Techniques |
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| Component
Programming Infrastucture |
Standards
Strategy |
| EJB/J2EE
+ CORBA/CCM |
| - |
Part
One: J2EE |
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Overview
of J2EE |
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EJB
Architectural Details |
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EJB
Production Process |
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Part
Two: CCM |
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Overview of
CORBA Component Model |
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CCM Container |
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Deployment
Model |
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K2 Component
Server |
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Standards
Issues |
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Managing
Technology Change |
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Defining
Standards Strategy |
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Key
benefits of Standardization |
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Developing
a formal Reference Model |
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Stages
of Standardization |
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Standards
from different perspectives |
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Distributed
Computing Technology |
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Infrastructure
Reference Model |
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Evolution
of Distributed Computing Technology |
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Component
Object Model |
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CORBA Object
Model |
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