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Systems architecture

A system architecture is the conceptual model that defines the structure, behavior, and views of a system. An architecture description is a formal description and representation of a system, organized in a way that supports reasoning about the structures and behaviors of the system.

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Overview

History

Modern trends in systems architecture

Types

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Systems architecture

Nodes67
Edges66
Triples76
Avg. degree1.97
Density0.029851
Components1

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Systems architecture

Top relations

related to Types · 32
Systems architecture → AI, AI-driven, AI-Driven System Architecture, Artificial, Cloud, Collaborative Systems Architecture, CPS, Edge, Edge Computing Architecture, Emerging, Enterprise, Enterprise Architecture, Examples, Framework, Hardware, Hardware Architecture, Industry, Internet, IoT, It
related to history · 12
Systems architecture → And, CHI, Consequently, However, Ideally, In, Moreover, Prior, Systems, That, The, Within
related to Modern trends in systems architecture · 11
Systems architecture → Cloud, DLTs, Network Function Virtualization, NFV, One, SDA, SDN, Software-Defined Architectures, Software-Defined Networking, This, With
related to External links · 4
Systems architecture → Embedded Software Design, GroupJournal, INCOSE Systems Architecture Working, Principles
related to overview · 4
Systems architecture → An, If, The, Various

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Important terminology

architecture system systems software hardware architectures design components elements description principles computing set behavior computer engineering digital structure including requirements

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
a detailed inventory of current hardwareinstance ofit may include information0.80text
softwareinstance ofit may include information0.80text
networking capabilitiesinstance ofit may include information0.80text
modularizationinstance ofmodern systems architecture has evolved to incorporate advanced principles0.80text
microservicesinstance ofmodern systems architecture has evolved to incorporate advanced principles0.80text
and artificial intelligence-driven optimizationsinstance ofmodern systems architecture has evolved to incorporate advanced principles0.80text
autonomous vehiclesinstance ofreducing dependency on centralized data centers and improving latency-sensitive applications0.80text
roboticsinstance ofreducing dependency on centralized data centers and improving latency-sensitive applications0.80text
and IoT networks.These advancements continue to redefine how systems are designedinstance ofreducing dependency on centralized data centers and improving latency-sensitive applications0.80text
leading to more resilientinstance ofreducing dependency on centralized data centers and improving latency-sensitive applications0.80text
scalableinstance ofreducing dependency on centralized data centers and improving latency-sensitive applications0.80text
and intelligent architectures suited for the digital ageinstance ofreducing dependency on centralized data centers and improving latency-sensitive applications0.80text

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