Difference between revisions of "Duckling"
| Line 5: | Line 5: | ||
== Overview == | == Overview == | ||
There once was a time when children's toy cars would be bland and boring. A child might push the car and chase it, or use her own remote controller to move the car around, but no real fun was to had when the car couldn't move freely! | There once was a time when children's toy cars would be bland and boring. A child might push the car and chase it, or use her own remote controller to move the car around, but no real fun was to had when the car couldn't move freely! | ||
| − | We wish to fix this lack of fun by designing an entirely new kind of car-the kind of car that chases you! By integrating | + | We wish to fix this lack of fun by designing an entirely new kind of car-the kind of car that chases you! By integrating remote-controlled car, raspberry pi, and arduino, we plan to design a pi car so that its sensors (through the Pi camera) may evaluate a person's movement and follow them. The arduino will direct the car by communicating with the motor, servo and ESC . All components will be mounted on top of the car to create one autonomous system that needs no outside influence, besides a person's movements, to direct its path. |
== Team Members == | == Team Members == | ||
| Line 23: | Line 23: | ||
2. The pi car is able to sense a red dot (or other comparable reference point) and move towards it | 2. The pi car is able to sense a red dot (or other comparable reference point) and move towards it | ||
| − | 3. The raspberry pi successfully connects to | + | 3. The raspberry pi successfully connects to a pi camera |
4. The sensors can differentiate between the movements of a target person or object and other movements. | 4. The sensors can differentiate between the movements of a target person or object and other movements. | ||
| − | 5. The duckling pi car will move according to information from the | + | 5. The duckling pi car will move according to information from the camera |
| − | 6. The duckling pi car will use the | + | 6. The duckling pi car will use the camera to follow a person |
== Presentation == | == Presentation == | ||
| Line 46: | Line 46: | ||
4. 3-D printing. No members have experience. | 4. 3-D printing. No members have experience. | ||
| − | 5. Getting the | + | 5. Getting the camera to communicate with the raspberry pi |
| − | 6. Working with the | + | 6. Working with the PI camera image processing to sense a person |
| + | |||
| + | 7. Difficulties with hardware assembly | ||
We also expect that we may have difficulty working on the project independently if we do not all have access to the pi car with the arduino and raspberry pi mounted on top. We plan to leave it in the lab in order to protect our project and promote inclusivity in access. We have no concerns regarding privacy, user safety, or security from malicious attacks. | We also expect that we may have difficulty working on the project independently if we do not all have access to the pi car with the arduino and raspberry pi mounted on top. We plan to leave it in the lab in order to protect our project and promote inclusivity in access. We have no concerns regarding privacy, user safety, or security from malicious attacks. | ||
| Line 55: | Line 57: | ||
[[File:Duckling Gantt.png]] | [[File:Duckling Gantt.png]] | ||
| + | == References == | ||
| + | |||
| + | [https://picar.readthedocs.io/en/latest/ Pi Car documentation] | ||
== Budget == | == Budget == | ||
| Line 78: | Line 83: | ||
Raspberry Pi (free) | Raspberry Pi (free) | ||
| − | |||
| − | Total: $ | + | Total: $247 |
Supplies purchased according to source: https://picar.readthedocs.io/en/latest/chapters/usage/mechanical.html#design | Supplies purchased according to source: https://picar.readthedocs.io/en/latest/chapters/usage/mechanical.html#design | ||
Revision as of 23:04, 27 October 2018
Contents
Link to Log
Overview
There once was a time when children's toy cars would be bland and boring. A child might push the car and chase it, or use her own remote controller to move the car around, but no real fun was to had when the car couldn't move freely! We wish to fix this lack of fun by designing an entirely new kind of car-the kind of car that chases you! By integrating remote-controlled car, raspberry pi, and arduino, we plan to design a pi car so that its sensors (through the Pi camera) may evaluate a person's movement and follow them. The arduino will direct the car by communicating with the motor, servo and ESC . All components will be mounted on top of the car to create one autonomous system that needs no outside influence, besides a person's movements, to direct its path.
Team Members
Patricia Collins
Tushar Menon
Matheus Camacho
Tony Sancho (TA)
Objectives
The duckling project will be deemed a success if
1. The duckling's pi car is constructed successfully according to the reference guide
2. The pi car is able to sense a red dot (or other comparable reference point) and move towards it
3. The raspberry pi successfully connects to a pi camera
4. The sensors can differentiate between the movements of a target person or object and other movements.
5. The duckling pi car will move according to information from the camera
6. The duckling pi car will use the camera to follow a person
Presentation
Challenges
We expect our challenges to include:
1. Completing our project under budget
2. Learning how to use the raspberry pi and arduino
3. Interfacing the pi and arduino with one another
4. 3-D printing. No members have experience.
5. Getting the camera to communicate with the raspberry pi
6. Working with the PI camera image processing to sense a person
7. Difficulties with hardware assembly
We also expect that we may have difficulty working on the project independently if we do not all have access to the pi car with the arduino and raspberry pi mounted on top. We plan to leave it in the lab in order to protect our project and promote inclusivity in access. We have no concerns regarding privacy, user safety, or security from malicious attacks.
Gantt Chart
References
Budget
Dromida 1/18 Buggy($99)
ISC25 Rotary Encoder($40)
32GB MicroSD Card($13)
IMU 9DoF Sensor Stick($15)
Raspberry Pi Camera Module V2($30)
Brushed ESC Motor Speed Controller($6)
TowerPro SG90 Micro Servo($4)
TFMini - Micro LiDAR Module($40)
Arduino (free from lab)
Raspberry Pi (free)
Total: $247
Supplies purchased according to source: https://picar.readthedocs.io/en/latest/chapters/usage/mechanical.html#design
