Question

Match each phase of the Software Development Life Cycle with its appropriate example from the KeepMoving app.(6 points)
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Design Requirements
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User Interface
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Introduction
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System Architecture
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System Overview
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Detailed Design
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Select to move response to a response input area.KeepMoving is a fitness app designed to track physical activity such as walking, running, cycling, swimming, and playing sports.Select to move response to a response input area.The KeepMoving app will have options to save and share activities, graph activity stats, and show details about each workout completed (such as time, speed, duration, distance, etc.). The target audience is not limited to fitness experts, and the app will be user-friendly so that fitness beginners feel comfortable using it. The app will have the option of connecting with a smart watch to gather fitness data.Select to move response to a response input area.
Functional: KeepMoving will use a GPS to measure the distance of the activity.

Nonfunctional: KeepMoving shall meet rigorous security standards by using encryption, secure code, and strong user authentication.

External Interface: KeepMoving will use

Answer 1

Introduction
KeepMoving is a fitness app designed to track physical activity such as walking, running, cycling, swimming, and playing sports.

System Overview
The KeepMoving app will have options to save and share activities, graph activity stats, and show details about each workout completed (such as time, speed, duration, distance, etc.). The target audience is not limited to fitness experts, and the app will be user-friendly so that fitness beginners feel comfortable using it. The app will have the option of connecting with a smart watch to gather fitness data.

Design Requirements
Functional: KeepMoving will use a GPS to measure the distance of the activity.
Nonfunctional: KeepMoving shall meet rigorous security standards by using encryption, secure code, and strong user authentication.
External Interface: KeepMoving will use sensors/APIs (e.g., GPS, smartwatch interface) to gather data.

User Interface
Screens and controls to save/share activities, display graphs of activity stats, and show detailed workout screens (time, speed, duration, distance) designed for ease of use by beginners.

System Architecture
High-level components and interactions: mobile app (UI + sensors), smartwatch/external device interfaces, backend server for storing/sharing activities, and APIs for authentication, data sync, and analytics.

Detailed Design
Low-level implementation details such as GPS distance-calculation algorithms, data models/schema for workouts, encryption/authentication mechanisms, and exact API/endpoints for syncing with smartwatches and the backend.