Developer: Saint Petersburg Mining University
Industry
Information technology
Project Research Team
Head: Dmitry Anatolyevich Pervukhin Scientific team: Olga Vladimirovna Afanasyeva, Yuri Valeryevich Ilyushin
Scientific Novelty
The software package is designed for simulation modeling and determining the operational efficiency of real-world systems (technical, economic, and social) represented as multi-channel queuing systems. The software package allows for the evaluation of a set of key performance indicators of the system under various operating modes with flexible variation of parameters for both the incoming request flow and the queuing system itself. The software package allows for flexible variation of: the intensity and distribution laws of the incoming request flow; the number of service channels; the average service time and its distribution law; queue length limits; total system operating time; and the number of simulation runs.
Advantages
The software package offers the following key advantages compared to analogues: • flexibility and speed in varying parameters of both the input request stream and the queuing system itself during research; • a wide range of options for studying virtually any performance indicator of a queuing system; • the ability to plan factorial experiments and obtain simulation results that enable the construction of factorial models.
Commercial Implementation
The software package can be used to model any complex objects in the technical, economic, and social spheres whose operational algorithms can be represented as the functioning of a queuing system. The modeled objects must have service devices (service channels) that receive flows of service requests. The presence of service queues at the input of the modeled object is permitted.
Development stage
Prototype
Required investment
9,800,000.00 RUB
Investor's share in the project
49%
Protection documents
Certificate No. 2014662876 Certificate No. 2015610495 Certificate No. 2016617578 Certificate No. 2017663220 Certificate No. 2017663219 Certificate No. 2022611798
Participation in competitions
"Best Innovative Project and Best Scientific and Technical Development of the Year" HI-TECH 2018 (silver medal)
Investments
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