Hybrid simulation algorithm integrating Gillespie exact simulation and Gillespie tau leap.
Q5: Reference (e.g. article name, DOI, PubMed id):
PMID: 14990466
Q6: Your comment:
Hybrid simulation method used to simulate systems involving reactions with propensities varying by many orders of magnitude.
Q15: Algorithm ancestor:
hybrid
Q16: Is this method a hybrid one or does it use other algorithms?
yes (please specify which algorithms it uses) Gillespie direct method Gillespie tau leap
Q17: Which characteristics does it possess?
Stochastic simulation of stiff systems
Q18: Which parameters does it use?
Key parameter is Maximal Timestep. If Gillespie waiting time is longer than Maximal Timestep, slow reaction is not fired and tau-leap step is executed for fast reactions. Otherwise, slow reaction is fired and tau-leap is executed with shorter time step.
From KiSAO surveymonkey:
Q3: Algorithm name (e.g. tau-leaping method):
Maximal Timestep Method Q4: Short description:
Hybrid simulation algorithm integrating Gillespie exact simulation and Gillespie tau leap. Q5: Reference (e.g. article name, DOI, PubMed id):
PMID: 14990466 Q6: Your comment:
Hybrid simulation method used to simulate systems involving reactions with propensities varying by many orders of magnitude.
Q15: Algorithm ancestor:
hybrid Q16: Is this method a hybrid one or does it use other algorithms?
Q17: Which characteristics does it possess?
Stochastic simulation of stiff systems Q18: Which parameters does it use?
Key parameter is Maximal Timestep. If Gillespie waiting time is longer than Maximal Timestep, slow reaction is not fired and tau-leap step is executed for fast reactions. Otherwise, slow reaction is fired and tau-leap is executed with shorter time step.
Q23: Your name:
Andrzej Kierzek Q24: Your e-mail:
a.kierzek@surrey.ac.uk
Reported by: gambardella