Property:Run time model

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O
C
1 day  +
F
1 hour - several days  +
S
1 hour to 24 hours  +
C
1 hr  +
S
1 min to 1 day  +
C
1 sec - few hrs, depending on 1D or 2D, grid size, and length of simulation  +
W
1 second  +
S
1-30 minutes  +
R
1-7 days  +
W
1.5 days per model year on 8 processor mac  +
S
10-50 minutes depending on domain size and duration of simulation  +
C
2 hours for 1000 year run  +
T
2 hrs for 1000 year simulation  +
G
2 minutes to 2 hours depending on time step size and grid cell size  +
20 minutes  +
M
20 minutes for 1000 years simulation  +
F
20-45 minutes  +
W
2days  +
3 hours per year for global simulation at 6 arc-min resolution  +
H
3 hours to 3 days  +
M
30 minutes per simulated year  +
B
30s to several days  +
C
5 min to 50 days  +
F
5 minutes  +
C
5 minutes  +
H
5 minutes  +
G
5 minutes  +
M
5 minutes  +
S
5 minutes up to 24 hours  +
L
5 to 30 mn.  +
G
5 years model time per second  +
R
5-10 minutes for single run; hours for Monte Carlo runs  +
W
<1 minute for hillslope simulations  +
S
A few days for annual runs  +
C
A few minutes to several days depending on parameters and DEM size  +
E
A few seconds  +
A few seconds  +
F
A few seconds  +
T
A few seconds  +
Y
A few seconds  +
L
A few seconds  +
A few seconds  +
S
A few seconds  +
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A few seconds  +
S
Anywhere from minutes to days depending on the resolution  +
D
Around 10 minutes to half an hour  +
S
Can vary from seconds to hours  +
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Day(s)  +
1
H
M
Depend on landscape size and resolution.  +
H
Depend on study domain and spatial resolution, a few minutes for a typical watershed.  +
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Depends  +
R
Depends on application and resolution. Usually it takes several hours to run a realistic application for a simulation month.  +
C
Depends on application and resolution. Usually it takes several hours to run a realistic application for a simulation month.  +
U
Depends on application and resolution. Usually it takes several hours to run a realistic application for a simulation month.  +
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Depends on data  +
G
Depends on the lenght of the period simulated  +
Depends on the settings. Can be several hours.  +
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Few hours  +
M
From seconds to days  +
C
Full model - 0.5-1 hr for a 100 year model run on a standard desktop computer  +
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Hours  +
D
Hours  +
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Hours to days  +
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Hours to hundredes of years, but typically annual output  +
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Less than one minute  +
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Minutes  +
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Minutes  +
B
Minutes  +
C
Minutes  +
D
Minutes  +
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Minutes  +
T
Minutes  +
A
G
Minutes  +
A
Minutes  +
L
Minutes to days  +
B
Minutes to days  +
C
Minutes to days (contingent on scale)  +
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Minutes to days -- depends on experiment and model being investigated.  +
L
Minutes to hours  +
T
Minutes to hours  +
S
Minutes to hours  +
C
Minutes to hours  +
T
Minutes to hours  +
Minutes to hours  +
Minutes to hours  +
Minutes to hours  +
G
Minutes to hours  +
T
Minutes to hours  +
G
Minutes to hours  +
S
Minutes to hours  +
R
Minutes to hours  +
P
Minutes to hours depending on the input.  +
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Minutes to several hours  +
P
Minutes to several hours, depending on data.  +
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Minutes-Hours  +
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Minutes...  +
Q
On a 0.5 GHz Windows server, a 1000 time steps and 50 x 50 cell grids takes less than 2 minutes. The run time is never an issue. Getting the input files in place to make a run is the limiting factor. Memory becomes an issue with increasing size of the cell grid.  +
W
Problem Dependent  +
D
Reasonably fast (seconds to minutes), but dependent on size/resolution of model grid  +
M
Run time can range from minutes to weeks, depending on length of simulation and size/resolution of domain.  +
A
Seconds  +
C
Seconds  +
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Seconds  +
P
Seconds  +
S
Seconds  +
Seconds  +
O
Seconds  +
H
Seconds  +
O
Seconds for fewer than 10 facies classes, a few hours or longer for more than 12 facies classes  +
H
Seconds to minutes  +
B
Seconds to minutes  +
T
Seconds to minutes  +
2
Seconds to minutes  +
D
Seconds to minutes  +
Variable  +
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Varies with grid size and length of run; minutes to days  +
B
a few seconds  +
N
a few seconds  +
C
days  +
S
days  +
D
days  +
L
days  +
D
W
dependant on model space size  +
K
depending on DEM size  +
G
depends on catchment size and process algorithms selected  +
P
depends on problem size  +
S
depends on the problem  +
P
fast  +
K
E
few minutes at the most  +
T
few/several minutes  +
M
hour to days  +
hour to days  +
K
hour to days  +
A
hours  +
G
hours  +
B
hours  +
X
hours  +
A
hours to days  +
D
hours to days  +
C
hours to days  +
S
hours to days  +
B
hours to days  +
M
hours to days  +
D
hours to days  +
E
hours-days  +
D
hours-days  +
G
it takes less than a minite to run the serial model for one with daily time interval  +
less than 1 minute after preprocessing  +
N
less than a second to seconds  +
M
less than an hour  +
S
minutes  +
W
minutes  +
I
minutes  +
B
C
A
minutes  +
B
minutes  +
M
minutes  +
T
minutes  +
D
minutes to 1 day  +
S
minutes to days  +
C
minutes to days  +
minutes to days  +
G
minutes to days  +
T
minutes to days  +
C
minutes to hours  +
B
minutes to hours  +
M
minutes to hours  +
G
minutes to hours  +
M
D
C
n/a  +
not applicable  +
T
one day for typical 50,000 grid points using 1 processor, model scalability has been tested to be very good.  +
F
one month  +
M
C
seconds  +
R
seconds  +
W
seconds  +
G
seconds  +
R
seconds  +
S
seconds to hours  +
G
seconds to hours  +
A
seconds to minutes  +
F
short  +
P
short, depending on the dataset  +
G
sub-second to a few minutes  +
Q
typically less than 10 seconds  +
P
variable  +
O
variable  +
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variable  +
C
variable  +
L
variable  +
E
variable; minutes to hours  +
I
varies  +
C
varies greatly  +
T
varies on setup  +
G
varies with grid size  +
M
~1 hr (depending on duration of simulation)  +