Vehicular Cloud Real Time System

for CUS 1166-Software Engineering

By: Aditya V., Andrew O., Benjamin N., Charnjot B., Michael M., Shiva G. (Group 3)

Milestone 1: Requirements Specification

(taken from: https://docs.google.com/document/d/1neGHutoS9SDQq29_mAlbRED2GrWD_Al43ZQ2OgRHke8/edit?usp=sharing)

• Purpose - Vehicular Cloud Real-Time System (VCRTS) provides the basic services to manage/organize jobs and vehicles at a static vehicular cloud. In this system, Vehicles may arrive and depart with known and unknown schedules. Owners can rent out their vehicles to a Vehicular Cloud (VC) Manager. Clients can submit jobs in order to receive computation services.
• User Requirements:
  • Registration Service
  • Submission Service
  • Computation
  • Job Status
• Functional Requirements:
  • Registration Service
  • Submission Service
  • Computation
  • Job Status
  • Role of VC Manager
  • Checkpoint Mechanism
  • Tracking the jobs
  • Confirmation Page
• Non-Funcional Requirements
  • Performance
  • Process Model
  • Language and Platform
  • Capacity
  • Data Integrity
  • Reliability
    
    

Milestone 2: GUI

• Created a GUI through a java window using JFrame, Labels and Button objects.
• Main class controls input and output
• Main Frame contains GUI methods and reads user-input of Vehicle Owner information/Client Job information to .txt files for storage and later use

Milestone 3: Class design

UML Design: https://lucid.app/publicSegments/view/d98c9ae8-ba25-4c3c-83da-9cc8a983cc6e/image.pdf

Milestone 4: Class Implementation

• Added Classes in UML from Milestone 3:
  • Client
  • ClientList
  • Vehicle
  • VehicleOwner
  • VehicleOwnerList
  • Controller
  • VehicularCloud
  • Job
• Classes implemented to complete the following tasks:
  • Client can submit a job to VC and the information will be stored in a file.
  • Vehicle Owner can register in the system and the information will be stored in a file.
  • VC Controller will be able to compute the completion time for each job.

Milestone 5: Client/Server Model

• Created server within Controller class
• Added a Task Owner (Client) to authorize Jobs stored.
• Added Vehicler Owner (Client) to authorized Vehicles stored.
• Messages can be sent between Clients and Servers to authorize or reject information