Chapter 5 . Applications 01 Adaptive Agents
600000
500000
~ 400000
1i
.!!
~ 300000
~
.!I
::;;
~
Gi
u
.!
200000
100000
o
200000
1100000
411
o
~
1986
79
I-Measured
-0- Neural Network
-0- Evolved Rules
a
.n").
-Measured
-0- Neural Network
b
-0- Evolved Rules
1993
Fig. 5.3. Same-day-predictions of algal cells of Microcystis (a) and Oscillatoria
(b) by artificial neural networks and evolved rules.
Peters 1995). Dissolved inorganic nutrients are homogeneously distributed within
the euphotic surface layer where algal cells strongly interact and grow as a result
of competition for nutrients and light. The wind continuously stirs the surface
layer contributing to an almost homogeneous horizontal distribution
of algal cells. Zooplankton mayaiso be affected by wind but are mobile to a
certain extent. They tend to form horizontal patches in response to food
600000
500000
~ 400000
1i
.!!
~ 300000
~
.!I
::;;
~
Gi
u
.!
200000
100000
o
200000
1100000
411
o
~
1986
79
I-Measured
-0- Neural Network
-0- Evolved Rules
a
.n").
-Measured
-0- Neural Network
b
-0- Evolved Rules
1993
Fig. 5.3. Same-day-predictions of algal cells of Microcystis (a) and Oscillatoria
(b) by artificial neural networks and evolved rules.
Peters 1995). Dissolved inorganic nutrients are homogeneously distributed within
the euphotic surface layer where algal cells strongly interact and grow as a result
of competition for nutrients and light. The wind continuously stirs the surface
layer contributing to an almost homogeneous horizontal distribution
of algal cells. Zooplankton mayaiso be affected by wind but are mobile to a
certain extent. They tend to form horizontal patches in response to food
