Storm

Benchmark
Model:oscillators v.1 (DTMC)
Parameter(s)N = 8, T = 10, epsilon = 0.1, R = 1, mu = 0.1, lambda = 1.0
Property:power_consumption (exp-reward)
Invocation (specific)
~/storm/build/bin/storm --prism oscillators.8-10-0.1-1.prism --prop oscillators.props power_consumption --constants mu=0.1,lambda=1.0 --engine dd --ddlib sylvan --sylvan:maxmem 9000 --bisimulation --bisimulation:quot sparse
Dd engine with sylvan. Memory limit for sylvan set to 0.75*available memory. Apply strong bisimulation on the symbolic model and extract the quotient in a sparse representation.
Execution
Walltime:203.52561330795288s
Return code:0
Relative Error:1.9591772833097816e-07
Log
Storm 1.3.1 (dev)

Date: Wed Dec 12 21:07:15 2018
Command line arguments: --prism oscillators.8-10-0.1-1.prism --prop oscillators.props power_consumption --constants 'mu=0.1,lambda=1.0' --engine dd --ddlib sylvan '--sylvan:maxmem' 9000 --bisimulation '--bisimulation:quot' sparse
Current working directory: /home/qcomp

Time for model input parsing: 19.685s.

Time for model construction: 97.931s.

-------------------------------------------------------------- 
Model type: 	DTMC (symbolic)
States: 	24311 (321 nodes)
Transitions: 	76623 (94544 nodes)
Reward Models:  power_consumption
Variables: 	rows: 10 meta variables (40 DD variables), columns: 10 meta variables (40 DD variables)
Labels: 	2
   * deadlock -> 0 state(s) (1 nodes)
   * init -> 1 state(s) (41 nodes)
-------------------------------------------------------------- 

Time for model preprocessing: 79.105s.

-------------------------------------------------------------- 
Model type: 	DTMC (sparse)
States: 	24311
Transitions: 	76623
Reward Models:  power_consumption
State Labels: 	3 labels
   * (((((((((((((((1 * k_1) + (1294427191/1600000000 * k_2)) + (494427191/1600000000 * k_3)) + (-(494427191/1600000000) * k_4)) + (-(1294427191/1600000000) * k_5)) + (-(1) * k_6)) + (-(1294427191/1600000000) * k_7)) + (-(494427191/1600000000) * k_8)) + (494427191/1600000000 * k_9)) + (1294427191/1600000000 * k_10)) / 8) ^ 2) + ((((((((((((0 * k_1) + (146946313073/250000000000 * k_2)) + (190211303259/200000000000 * k_3)) + (190211303259/200000000000 * k_4)) + (146946313073/250000000000 * k_5)) + (0 * k_6)) + (-(146946313073/250000000000) * k_7)) + (-(190211303259/200000000000) * k_8)) + (-(190211303259/200000000000) * k_9)) + (-(146946313073/250000000000) * k_10)) / 8) ^ 2)) ^ 1/2) >= 1) -> 2 item(s)
   * init -> 1 item(s)
   * deadlock -> 0 item(s)
Choice Labels: 	none
-------------------------------------------------------------- 

Model checking property "power_consumption": R[exp]{"power_consumption"}=? [F (((((((((((((((1 * k_1) + (1294427191/1600000000 * k_2)) + (494427191/1600000000 * k_3)) + (-(494427191/1600000000) * k_4)) + (-(1294427191/1600000000) * k_5)) + (-(1) * k_6)) + (-(1294427191/1600000000) * k_7)) + (-(494427191/1600000000) * k_8)) + (494427191/1600000000 * k_9)) + (1294427191/1600000000 * k_10)) / 8) ^ 2) + ((((((((((((0 * k_1) + (146946313073/250000000000 * k_2)) + (190211303259/200000000000 * k_3)) + (190211303259/200000000000 * k_4)) + (146946313073/250000000000 * k_5)) + (0 * k_6)) + (-(146946313073/250000000000) * k_7)) + (-(190211303259/200000000000) * k_8)) + (-(190211303259/200000000000) * k_9)) + (-(146946313073/250000000000) * k_10)) / 8) ^ 2)) ^ 1/2) >= 1)] ...
Result (for initial states): 0.006227003738
Time for model checking: 0.063s.