{"id":4261,"date":"2023-03-31T17:40:37","date_gmt":"2023-03-31T16:40:37","guid":{"rendered":"https:\/\/www.architecturemaker.com\/?p=4261"},"modified":"2023-03-31T17:40:37","modified_gmt":"2023-03-31T16:40:37","slug":"what-is-physical-architecture","status":"publish","type":"post","link":"https:\/\/www.architecturemaker.com\/what-is-physical-architecture\/","title":{"rendered":"What is physical architecture?"},"content":{"rendered":"

In computing, physical architecture is the layout of physical components of a system. This includes the arrangement of hardware and software components and the interconnections between them. The physical architecture of a computing system is often referred to as its “hardware.”<\/p>\n

Physical architecture is the overall design of a system, including the hardware, software, network, and storage components.<\/p>\n

What is logical and physical architecture? <\/h2>\n

A logical architecture is a structure of technology concepts that does not name specific technologies or brands, while a physical architecture does contain specific technologies and brands.<\/p>\n

The functional architecture of a robot defines its high-level functions and the relationships between them. The logical architecture defines the data exchange between the electronic hardware and software components in each subsystem. The physical architecture defines the physical hardware or platform needed for the robot.<\/p>\n

What is physical architecture layer design <\/h3>\n
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The physical architecture layer design flows primarily from the nonfunctional requirements, such as operational, performance, security, cultural, and political requirements. The deliverable from the physical architecture layer design includes the architecture and the hardware and software specification.<\/p>\n

Architecture is important because it is a reflection of our society and our values. It is a representation of how we see ourselves, as well as how we see the world. It can be a powerful tool for shaping our environment and our lives.<\/p>\n

What are the characteristics of physical architecture? <\/h2>\n

The Physical Architecture is a critical component of any system design. It defines the mapping of the system’s components to the physical world, and sets forth the constraints and trade-offs that must be considered when designing the system. The Physical Architecture must be carefully designed to ensure that the system will be able to meet its performance goals, and to ensure that it can be easily implemented and scaled as needed.<\/p>\n

A physical design focuses on the specific solutions explaining how they are assembled or configured. A logical design focuses on satisfying the design factors, including risks, requirements, constraints, and assumptions.<\/p>\n

What are the four types of architecture? <\/h2>\n
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Residential architecture includes houses, apartments, condominiums, and other dwellings. Commercial architecture includes office buildings, retail stores, and other businesses. Landscape architecture includes parks, gardens, and other outdoor spaces. Interior design architecture includes homes, offices, and other indoor spaces. Urban design architecture includes streets, squares, and other public spaces. Green design architecture includes sustainable and eco-friendly buildings. Industrial architecture includes factories, warehouses, and other industrial buildings.<\/p>\n

There are a variety of architectural styles that can be easily recognised. Some of the most popular styles include Greek and Roman Classical Architecture, Gothic Architecture, Baroque, Neoclassical Architecture, Victorian Architecture, Modern Architecture, Post-Modern Architecture, and Neofuturist Architecture.<\/p>\n

What is meant by functional architecture <\/h3>\n

A functional architecture is a great tool for system designers when defining the transformation of input flows into output flows. By breaking down the system into its functions and sub-functions, the functional architecture allows for a clear understanding of how the system will perform its mission. Additionally, the identification of inputs and outputs for each function can help to optimize the system and ensure that the system is able to achieve its mission.<\/p>\n

When you’re ready to start drawing your architectural diagram, there are a few things to keep in mind:<\/p>\n

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Document your shapes: Make sure you have a list of all the shapes you’ll need before you start drawing, so you don’t forget anything.<\/p>\n

Label the edges: Each shape should have a label on each of its edges, so it’s clear what goes where.<\/p>\n

Keep your arrows consistent: All the arrows in your diagram should point in the same direction, so it’s easy to follow the flow of the diagram.<\/p>\n

Use colors sparingly: Too much color can be overwhelming, so use it sparingly to highlight important parts of the diagram.<\/p>\n

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Use multiple diagrams, if necessary: Sometimes one diagram isn’t enough to capture everything, so don’t be afraid to use multiple diagrams.<\/p>\n

Merge incomplete diagrams: If you have multiple diagrams that cover similar ground, try to merge them into one so it’s easier to someone to follow.<\/p>\n

Include legends\/keys\/glossaries: If your diagram uses symbols or abbreviations that might not be familiar to everyone, include a legend or key to help interpretation.<\/p>\n

Use diagramming software: There are many software programs out there that can make creating architectural diagrams