IMDL Fall 2009 Final Reports
Robot |
Creator |
Description |
Final Paper |
CAT |
Seong Kim |
CAT (Crawling Autonomous roboT) is
an interactive behavioral robot that responds to human stimuli and interacts
with its perceived environment in an entertaining way, and also dynamically
changes its behavior over time in a non-deterministic fashion. |
Final Report
|
RoboVette |
Christian Davis |
RoboVette is an autonomous
police car that enforces the speed limit by pulling over vehicles that have been
caught speeding. When a speeder is detected, RoboVette
pulls out from its hiding spot and commences to pursue the speed offender
until the vehicle is pulled over. |
Final Report
|
PIBot |
Duckki Lee |
PIBot (Pill Informer roBot) is a persuasive robotic companion that helps a
patient take medication on time. With a mounted pill box, PIBot
will track and follow patients and remind them |
Final Report
|
Arturito |
Canek Acosta |
Arturito is an omni-directional
artillery fire robot, especially designed to take on the fearsome foe of Beer
Pong. Capable of translating and rotating thanks to its omniwheels,
and his fearsome launching device, Arturito is sure
to become a Pong Champ. Furthermore, he can be taught to attack any target
(based on color), so watch out Seminoles. |
Final Report
|
D.A.V.I.S. |
Jonathan Coad |
The Defensive Anti-Velociraptor Integrated
System is design to target, track and eliminate any threat of raptors to the
human species. |
Final Report
|
Chazer Gator |
Siddharth Garg |
Chazer is an advanced autonomous
search and destroy robot. Using his computer vision, Chazer
can track, chase, and eliminate stationary or moving objects. Having an
arsenal containing shear horsepower and an extremely accurate targeting
mechanism, Chazer is capable of immense
destruction. |
Final Report
|
TagBot |
Nathan Blythe |
The TagBots are a collection of identical, competitive, autonomous, tag-playing robots. Based around audible signal detection, obstacle avoidance, and synchronized inter-robot communication on collisions, any number of identically constructed robots can play tag in almost any arena. |
Final Report
|
Lazy Maid |
Aaron Fisher |
The Lazy Maid will clean a room by picking up blocks and returning them to a bin in the corner of the room. The Lazy Maid gets her name because she will stop working when she senses there is no one in the room. |
Final Report
|
Haro |
Yan Santos |
Haro is a robotic companion purposely made to aide in military and reconnaissance missions. She can follow a wall and sense the presence of someone in a corner, track a path while making sure that the user is following and interact with the user using a pair of custom wireless virtual reality gloves. |
Final Report
|
SoccerFan |
Hao He |
SoccerFan can automatically
locate colored balls and hit |
Final Report
|
M.A.R.V. |
Joshua Phillips |
MARV (Marine Autonomous Recovery Vehicle) is an autonomous dual-terrain vehicle with the ability to drive along the ground in addition to underwater propulsion. MARV's purpose is to upon activation, enter a body of water, locate submersed cargo and bring it back to the home base. Before entering the water MARV must in addition locate any hostiles along the shoreline and take them out. |
Final Report
|
Squirt |
Matt Mahin |
Squirt is a small, autonomous plant watering robot designed to operate in an indoor environment. He locates plants and brings water to them. |
Final Report
|
FanBot |
Brian Long |
FanBot is a robot
alligator. We all know
that |
Final Report
|
Metallocalizer |
Fernando Coviello |
Metallocalizer is an autonomous construction site clean-up robot. He will look for and pick up small-sized metal objects (such as bolts, nails, screws, and metal debris) that can be harmful to workers in the area. |
|
Follower |
Jun Ling |
In open space, Follower follows a moving target. In a laned Follower can also track an obect in a 2 lane situation; when a hostile vehicle moves toward Follower, it will dodge to avoid collision, changing lanes if necessary. |
Final Report
|
PingBot |
Moses Anubi |
PingBot will locate ping pong balls and pick them up with a vacuum. |
Final Report
|
Get MAD |
Sarfaraz Suleman |
Get MAD is a prototype vending machine robot that operates on Radio Frequency Identification (RFID) commands. It navigates a predefined track to vend the appropriate drink based on the command received. |
Final Report
|