... (2007). Learning to Play Soccer with the Simple Soccer Robot Soccer Simulator, In :
Robotic Soccer, Lima, P. (Ed.), pp. 281-3 06, Itech Education and Publishing, ISBN
978-3-90 261 3-21-9, Vienna, Austria. ... J. (20 06) . An agent-based approach to introductory robotics using
robotic soccer. International Journal of Robotics and Automation, Vol. 21, Issue 2 (April
20 06) , pp. 1...
... Strategies for Robot Manipulators
166
(a)
(b)
Fig. 24. (sim1) Control commands (a) FSM_PID (b) NNSM_PID
Sliding Mode Control of Robot Manipulators via Intelligent Approaches
165
... following condition:
max
iisi
gf
τ
>+ (34)
Advanced Strategies for Robot Manipulators
1 56
and
mr
g
τ
τ
=
(66 )
where
r
g is the diagonal matrix of reduction ratio....
... the order of conditions.
We divided the twelve participants into participants who participated in Case O1 (seven
persons) and participants who participated in Case O2 (five persons) and analyzed ... the robot beeps
at “on” and ceases at “off” (Fig. 6) .
• Back and forth motion: The robot moves back and forward, 10 mm back and 10 mm
forth based on “on” and “off” (Fig. 6) .
Fig....
... (AAAI- 96) ,
19 96, pp. 944–950.
[38] S. Thrun and A. Bücken, “Learning m aps or indoor mobile robot navigation.”
CMU-CS- 96- 121, Carnegie Mellon University, Pittsburgh, PA, Tech. Rep., 19 96.
[39] ... robots.” in Proceedings of the IEEE International Conference on Robotics
and Automation, 1995, pp. 2900–29 06.
[25] G. Oriolo, G. Ulivi and M. Vendittelli, “Fuzzy maps: A new tool for mobi...
... Inc.
Computed-Torque Control212
robot controls designer to understand. See [Franklin et al. 19 86] for a reference
on classical control theory.
A simplified dynamical model of a robot arm with electric ... feedback,
(4.4.13)
Then the overall robot arm input becomes
(4.4.14)
This controller is shown in Figure 4.4 .6 with K
i
=0. The closed-loop error
dynamics are
(4.4.15)
or in state-sp...
... HL
HR HR
0
.
5
p
= 0.21
p
= 0.29
0
.
8
4
5
0.155 0.155
0
.
033
p = 0.12 p = 0. 06 p = 0. 06 p = 0.04
p = 0. 06 p = 0. 06
0
.
5
HL HL
HL HR
H
HR HL
L
H
HR HR
HL HL
HL HR
HR HR
HR HL
L
p
=
1
.
0
.
... When the robots are not able to see all the tar
g
ets simultaneousl
y
,ne
g-
a
ti
v
e information allo
w
s the robots to infer information about the unobser
v
e
d
tar
g
ets. While each r...