Table of Contents

2.1 User-interface prototyping and requirements gathering
2.2 Architectural design
2.3 Quality assurance planning
2.4 General stage planning
2.5 Activities from detailed design through release
2.6 Final software release

4.1 Planning
4.2 Requirement
4.3 Development
4.4 Testing
4.5 New Technology

1.0 Introduction

Purpose: Giving proper GPS coordinate list to the vehicle.

Target Customer: At first, target customer will be mostly Goverment Organization. However, later on people whoever has a vehicle.

Vision Statement: Create a fully autonomous program to drive vehicle without any person inside, which will help people to explore, or deliver without any danger.

Objectives:

• Create a GUI that user can see live image, and capture image.
• Create a GUI that user can draw a new path.
• Create a GUI that user can get new GPS coordinate list
• Provide easy control.

2.0 Project Organization

Week	Description
Week 1	Form the team. Short meeting with sponser, and discuss some of the project.
Week 2	Pick a project. Start project. Get a GPS device, and tested on the laptop.
Week 3	Get a camera, and tested on the laptop. Install software on the laptop. Make GUI interface. SRS v1
Week 4	Make GUI interface using VC++ SDS v1
Week 5	Minor setback by IDE issue Convert code from VC++ to VB6
Week 6	SDS v2
Week 7	VVP Stage 1 in progress
Week 8	Stage 1 release

2.1 User-interface prototyping and requirements gathering

2.2 Architectural design

2.3 Quality assurance planning

2.4 General stage planning

2.5 Activities from detailed design through release

2.6 Final software release

3.0 Project Data

There is no coding standard requirement from the sponsor, except we need to use VB6.

4.0 Lessons learned

4.1 Planning

4.2 Requirement

4.3 Development

4.4 Testing

4.5 New Technology

Change log

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       Taeho Kim