Dear Jakob,
Many thanks for your firm response.
Regards
Radha
On Wed, Jan 15, 2020 at 7:52 AM Jakob Erdmann wrote:
> This runner file generates Vehicles with a Bernoulli process and thereby
> achieves a binomial distribution as already recommended. The Poisson
> distribution is the asymptotic
This runner file generates Vehicles with a Bernoulli process and thereby
achieves a binomial distribution as already recommended. The Poisson
distribution is the asymptotic limit of increasing the number of insertion
attempts (with proportionally reduced probability) which, as already noted
is not
Dear Jakob,
Many thanks for your kind response, the runner.py file associated with the
TraCI_TLS example.
Regards
Radha
On Tue, Jan 14, 2020 at 9:37 PM Jakob Erdmann wrote:
> - SUMO provides multiple runner.py files. Which one exactly do you mean?
> - Since SUMO is a time-discrete simulation
- SUMO provides multiple runner.py files. Which one exactly do you mean?
- Since SUMO is a time-discrete simulation anyway (In every simulation step
you have to decide whether to insert a vehicle or not), I recommend that
you use the Binomial Distribution which is quite similar to the Poisson
Dear Jakob,
I really appreciate your time for answering a lot of questions.
In the SUMO provided runner.py file, the traffic flow is generated by using
Random and Uniform distribution.
Can we use Poisson distribution instead of Random (may be yes). Can you
please share any example in which
