the System Reference Guide for your employer, and include an architecture for a new employee website. First, identify the quality attributes that lead to the architecture, then create a high-level architectural diagram related to the qualities you identified for this assignment. Your company is planning to build a new website that integrates employee tracking, attendance, scheduling, and time off requests. This system will also interface with an Interactive Voice Response (IVR) and a mobile application to allow employees to make attendance requests and view their data. the quality attributes this system will need for its architecture. Construct a matrix of quality attributes (nonfunctional requirements) that you’ve identified. For each attribute, identify how you would satisfy the requirement through an architectural pattern. In another column, write the tradeoffs that you might encounter when satisfying this requirement by the means you listed. one of the patterns you identified in Part 1. Create a high-level diagram that shows your architectural pattern as it is to be implemented in the system. an architectural pattern is high-level, such as SOA, Layered, Client/Server, pipes-and-filters. your diagram and matrix into a 1- to 2-page document in Microsoft Word. As this document is intended for a technical team, APA formatting is not required.

The purpose of this assignment is to create an architecture for a new employee website that integrates employee tracking, attendance, scheduling, and time off requests. The architecture should also consider the integration with an Interactive Voice Response (IVR) and a mobile application to enable employees to make attendance requests and view their data. In order to ensure the effectiveness and efficiency of the system, it is important to identify the quality attributes that will drive the architecture.

Quality attributes, also known as nonfunctional requirements, define the overall expectations for the system in terms of performance, scalability, security, reliability, and other critical factors. These attributes will guide the selection of appropriate architectural patterns to satisfy the requirements.

To begin, let us construct a matrix of quality attributes that have been identified for this system. These attributes will be linked to the architectural patterns that best support them. It is important to note that architectural patterns are high-level design decisions that provide a blueprint for organizing and structuring the system.

The following table summarizes the quality attributes and their associated architectural patterns:

| Quality Attribute | Architectural Pattern | Tradeoffs |
|——————-|———————-|———–|
| Performance | Client/Server | Increased network traffic |
| Scalability | Service-Oriented Architecture (SOA) | Complexity in service management |
| Security | Layered Architecture | Increased complexity in implementing security layers |
| Reliability | Distributed Systems | Increased network latency |
| Maintainability | Component-Based Architecture | Increased complexity in component management |
| Usability | Model-View-Controller (MVC) | Increased development effort |

These architectural patterns have been selected to address the respective quality attributes, but it is important to acknowledge that tradeoffs may arise as a result. For example, while adopting a Client/Server pattern can improve performance, it may also lead to increased network traffic. Similarly, implementing security layers in a Layered Architecture can enhance security but may also introduce complexity.

Based on the identified patterns and their associated attributes, a high-level architectural diagram needs to be created to demonstrate how the patterns will be implemented in the system. This diagram will provide an overview of the different system components and how they interact with each other.

Please note that while APA formatting is not required for this technical document, it is essential to ensure clarity and accuracy in presenting the architectural diagram and matrix. A well-organized 1- to 2-page document in Microsoft Word is recommended to present the diagram and matrix effectively.

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