Alex,
There's nothing on the website yet because I've been busy with pylons
and my robot. Here's the original post describing what we have so far.
First, to establish the rules. There are no rules. As with the
Tablebot Challenge, there are guidelines but participants are merely
demonstrating the prowess of their robot, not competing. Participants
are free to use their own "accessories" and devise their own exercises
for their robots. Robots are free to use whatever computing and sensor
suites they wish (can afford?). Currently in the club we have a number
of robots that fit into this category, the Turtlebots and direct clones,
Neato based robots, Maxwell, Brutus (when I get him going), some of
Camp's creations, John & John's robots.... Basically, anything too big
to effectively be a Tablebot.
Camp has suggested that initially the Floorbot Challenge uses
essentially the same exercises as the Tablebots.
1. From a starting location drive to some location (specified or not)
and return. If an objective measure is desired, the error in reaching
the starting point could be used and possibly the error in hitting the
intermediate point if it's specified.
2. Have the robot locate an object in the designated "world".
3. Have the robot locate an object and return it.
However, since the Floorbots typically have much greater compute power
and carry a larger sensor suite, I feel we need some more difficult
exercises to provide more "challenge".
4. For navigation prowess, pick a regular polygon and drive it. The
vertices could be physically marked or virtual. As with #1, an
objective measure would be how close to the vertices and the start point
the robot comes.
5. Slalom. This one received some interest with I first proposed it.
Slalom could take several forms. (As it turns out since I "invented
it", I've found that several universities have robot slaloms as part of
courses or competitions. Check YouTube) I'm in the process of making
some pylons (described later) to use as marker for slalom. The pylons
will be in two colors. The first form of slalom could be to lay out a
course using single pylons. The robot would pass one color to the right
and the other color to the left. Another form would be to use two
pylons, one of each color, to form a "gate". The robot will have to
navigate the course passing through the gates keeping one color on the
left and the other on the right. This gives a bit of flexibility in
making simple to complex courses to confound our mechanical friends.
SAFETY!!! Since these robots are on the large and heavy side, safety is
important. Speeds should be kept "reasonable" to prevent injury should
a robot become "confused".
Tim