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FaalFlew
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2D-Indoor-Mapping-Robot-Utilizing-3D-Printing-Technology
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20.7 create line segment detection algorithm
#51
FaalFlew
closed
5 months ago
0
11.3.4 3d print hex nut, motor mount and ultrasonic holder
#50
FaalFlew
closed
6 months ago
0
11.2.4 Design hex nut for motor shaft.
#49
FaalFlew
closed
6 months ago
1
11.2.3 design custom wall cover for chassis.
#48
FaalFlew
closed
6 months ago
1
11.3.3 3d print walls around the chassis to protect components.
#47
FaalFlew
closed
6 months ago
1
10.6 connect all the necessary electronic components in the system. Allow the motors to be controlled via a transmitter, allowing flexible movement and navigation of the robot.
#46
FaalFlew
opened
6 months ago
1
11.3.2 3d print custom chassis.
#45
FaalFlew
closed
6 months ago
2
11.2.2 design custom chassis
#44
FaalFlew
closed
6 months ago
2
11.3.1 3d print lidar cover
#43
FaalFlew
closed
6 months ago
1
11.2.1 design cover for lidar
#42
FaalFlew
closed
6 months ago
1
2.2.4 solder the MPU6050 header pins properly, remove the solder from the first failed attempt. Learn soldering.
#41
FaalFlew
opened
6 months ago
0
2.2.3 install Docker, ROS 2 and get the lidar to generate visual data.
#40
FaalFlew
opened
6 months ago
0
2.2.2 Set up lidar
#39
FaalFlew
closed
6 months ago
1
10.5 Research buck converters, ESC, speed regulators, motor drivers, batteries, wire connectors and transmitters and receivers.
#38
FaalFlew
closed
7 months ago
1
2.2.1 Set up the MPU6050 to give the yaw angle
#37
FaalFlew
closed
7 months ago
0
20.6 Add automated tests to the codebase to validate the functionality of the website's features.
#36
FaalFlew
opened
7 months ago
0
20.5 Test the website to ensure all features function correctly.
#35
FaalFlew
opened
7 months ago
0
20.4 Implement feature that displays the map generated by the robot, on the website.
#34
FaalFlew
closed
5 months ago
0
20.3 Implement features that allow the website to receive information from the robot, regarding its orientation and position on the map.
#33
FaalFlew
opened
7 months ago
0
20.2 Implement features that allow the user to move and navigate the robot by clicking / pressing the necessary buttons on website.
#32
FaalFlew
opened
7 months ago
0
20.1 Determine the programming languages and communication protocol to be used to create the website with the desired features. Set up the web server and folder structure.
#31
FaalFlew
closed
5 months ago
0
[# Story 20] As the developer and user, I build my own website that is able to send commands to the robot and receive information from the robot.
#30
FaalFlew
opened
7 months ago
0
12.2 Develop a diagram illustrating the connections between relevant system components throughout the entire robot.
#29
FaalFlew
opened
7 months ago
0
12.1 Create a detailed sheet with details regarding the voltage and current requirements for each component and the expected runtime of each component.
#28
FaalFlew
opened
7 months ago
0
[# Story 12] As the developer and user, I want to Calculate essential requirements for our robot system's optimal performance, including voltage, current, and battery runtime. Plan battery capacity, charging infrastructure and voltage regulation
#27
FaalFlew
opened
7 months ago
0
11.1 Research the use of fusion 360 and 3d printers, learn to use them in order to print desired parts for the project
#26
FaalFlew
closed
6 months ago
1
11.4 Attach the designed platform to the custom chassis using the necessary screws, nuts, bolts, standoffs required to put together the entire robot.
#25
FaalFlew
opened
7 months ago
1
11.3 3D print the designed chassis and any necessary enclosures for other components.
#24
FaalFlew
closed
6 months ago
0
11.2 Design the robot parts in fusion 360, in a way compatible with the desired custom chassis.
#23
FaalFlew
closed
6 months ago
0
[# Story 11] As the developer and user, I want to design a custom robot platform that accommodates all necessary sensors and hardware components required for autonomous mapping, ensuring it meets project requirements and fits with the custom designed chassis.
#22
FaalFlew
opened
7 months ago
0
10.4 Research how the entire chassis system is set up together. This includes how the wheels are attached to the motor, how the batteries provide power to the motor... etc. Research enclosures for vital parts such as the motors and batteries.
#21
FaalFlew
closed
7 months ago
1
10.3 Determine the necessary screws, nuts, bolts, standoffs required to put together the entire chassis including batteries, wheels...etc.
#20
FaalFlew
closed
7 months ago
1
10.2 Research and select wheels appropriate for the robot's intended environment.
#19
FaalFlew
closed
7 months ago
1
10.1 Research available motors suitable for the robot's size, weight, and overall power requirements.
#18
FaalFlew
closed
7 months ago
1
[# STORY 10] As the developer and user, I want to select and procure motors, wheels, batteries..etc. Be able to connect and control the entire system as a robot, using a transmitter and receiver to move and navigate the system.
#17
FaalFlew
opened
7 months ago
0
2.1 Do the necessary research regarding hardware requirements, determine which hardware should be used.
#16
FaalFlew
closed
8 months ago
2
2.5 Minimize delays in processing images.
#15
FaalFlew
opened
9 months ago
0
2.2 Set up the system (pi 5) with the required sensors and get it functional.
#12
FaalFlew
opened
9 months ago
2
[#STORY 2] As the developer and user, I want to create a system for capturing images in real-time using the robot's camera, so the robot can capture clear images as it moves.
#11
FaalFlew
opened
9 months ago
0
1.4 Finalize product backlog
#10
FaalFlew
opened
9 months ago
0
1.3 Improve product backlog
#9
FaalFlew
opened
9 months ago
0
1.2 Review product backlog
#8
FaalFlew
opened
9 months ago
0
1.1 Write product backlog
#7
FaalFlew
closed
9 months ago
0
[#STORY 1] Create the product backlog
#5
FaalFlew
opened
9 months ago
0