System architecture on a thesis
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System Architecture in Thesis Writing
Introduction to System-of-Systems (SoS) Architecture
System-of-Systems (SoS) architecture is a critical area of study that deals with the structure, relationships, and design principles of complex systems composed of independent constituent systems. These systems collaborate to achieve objectives that they could not accomplish individually. The architecture of SoS is essential for managing complexity and ensuring the successful development and evolution of these systems .
Key Perspectives in SoS Architecture Selection
Selecting the appropriate architecture for SoS involves several critical perspectives. These include the conceptual framework, evaluation criteria, interdependency, uncertainty, autonomy, dynamic evolution, and computational methods. Each of these perspectives plays a significant role in identifying the most suitable architecture from a vast array of design alternatives. Decision-makers require scientific methods to navigate these perspectives and make informed choices that may lead to unexpected but optimal solutions.
Scenario-Based System Architecting
Scenario-based system architecting is a systematic approach that focuses on generating multiple architectural options and quantitatively assessing them. This method is designed to create future-proof architectures that can adapt to changes in the business environment. The SODA (Scenario-based Options for Designing Architectures) method helps in designing resilient architectures, while the SQUASH (Systematic QUantitative Assessment of System Architectures) method provides a quantitative evaluation of these options concerning quality attributes, costs, and risks.
Challenges in SoS Architecting
Architecting SoS presents unique challenges due to the interdependency and autonomy of constituent systems. The research community has identified gaps in the coverage of specific phases and quality attributes in SoS architecting. There is a need for more coordinated and systematic efforts to address these issues and to develop a more effective classification of systems as SoS, resolving overlaps with related domains like the Internet of Things .
Frameworks and Models in Thesis Writing
In the context of thesis writing for computer science, architectures, frameworks, and models are essential for organizing data and processes into coherent systems and applications. These tools help in situating the project, emphasizing the main contributions, and determining future work. Good expositions of these elements are crucial for clarity and effectiveness in thesis writing.
Building Block Approach to System Architecture
A practical method for creating robust system architectures involves decomposing the system into building blocks. This approach aims to make the system "future-proof," accommodate functional needs, and minimize complexity. The architecture is organized along three design dimensions: structure, aspects, and behavior. The structure, which involves decomposing the system into parts and defining their relationships, is considered the most important dimension for reducing complexity.
Conclusion
System architecture, particularly in the context of SoS, is a multifaceted field that requires careful consideration of various perspectives and challenges. Methods like SODA and SQUASH provide systematic approaches to developing and assessing architectures, ensuring they are resilient and cost-effective. In thesis writing, clear exposition of architectures, frameworks, and models is essential for effective communication and project success. Future research should focus on addressing the identified gaps and developing comprehensive methods for SoS architecture.
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