The dissertation relates to the design of a smart sensor network for safeguarding building from chemical, biological and intruder attacks. This dissertation provides a logical level design combined with the architectures at different levels of hierarchy. The application of object technology is growing in the development of software, and in order to develop robust and maintainable complex systems, mastering object-oriented (O-O) analysis and design is important. The primary objective of this dissertation is to report on the experience of applying object-oriented modeling, analysis and design methodology to a real-world complex system represented by a smart sensor network for a building…..
Contents: Intelligent Sensor Network for Building Security
Chapter 1: Problem Statement and an Introduction to UML
1.1 Modeling an Intelligent Sensor Network for a building
1.2 Scope and Objectives
1. 3 UML
Chapter 2: Capturing System Functionality
2. 1 Introduction to Use Cases
2.1.1 Defining Use Cases
2.1.2 Types of Use Cases
2.1.3 What is the objective of use case analysis?
2.2 Hierarchical Use Cases
2.2.1 Decomposition of higher level Use Cases
2.3 Use Case Access: Decomposed
2.3.1 The Access Use Case:
2.3.2 Fault Use Case
2.3.3 Sensor Use Case
Chapter 3: Requirements
3.1 Higher Level Requirements for the sensor network:
3.2 Breaking down requirements for sensors
3.2.2 Establishing validation scenarios
3.2.3Validation Scenarios for lower level requirements:
3.3 Higher level Requirements for the system of access control:
3.3.1 Requirement Synthesis:
3.3.2 System Test, Verification and Validation
3.3.3 Validation Scenarios
Chapter 4: System Architecture and Access Graphs
4.1 Introduction
4.2 System architecture
4.2 Remote Architecture explored
4.2.1 Remote station architecture:
4.3 Building
4.3.1 Access Graphs
4.3.2 Characteristics of the graph:
4.4 HVAC system class
4.3.1 Actuator Class
4.5 Sensor Class
4.5.1 Example: Biological sensor
4.6 System access
Chapter 5: System Behavior
5.1 Interaction Diagrams:
5.1.1 Sequence diagrams
5.2 State and Activity Diagrams
5.2.1 State Charts
5.2.2 Activity Diagrams
Chapter 6: Sensor Fusion
6.1 Introduction
Chapter 7: Characterizing Evacuation behavior with Agent UML
7.1 An Introduction
7.1.1 UML and AUML
7.2 UML Class diagrams –revisited
7.2.1 Basics
7.2.2 Relating Objects with Agents
7.2.3 Agent Class Diagrams
7.2.4 Single room model
7.2.5 Extending the model for multiple rooms
Chapter 8: Tradeoff Studies – Cost vs. Performance
8.1 One Dimensional Solution
8.2 Cost-Performance tradeoff sensor network
8.2.1 Introduction
8.2.2 Model Used
8.2.3 Value Fusion
8.2.4 Example
8.2.5 Problem Formulation:
8.2.6 Conclusion
8.2 Card Reader system
8.2.1 Measures of Effectiveness
8.2.2 Performance characteristic…….
Source: University of Maryland