Queueing theory & stochastic processes
Busy periods, vacation queues, service systems and stochastic models.
Research across probability, stochastic processes, queueing theory, algorithms and data analysis — from theoretical models to applied problems in computer vision and blood screening.
My research connects mathematical modeling, algorithms and data-driven applications.
Busy periods, vacation queues, service systems and stochastic models.
Exact strategies, search costs, matching models and combinatorial decision problems.
Distributional approximations, uncertainty and probabilistic modeling.
Applications ranging from computer vision and property testing to blood-screening systems.
Research accelerated in August–September 2026: one active arXiv preprint and seven additional manuscripts already submitted to journals.
An exact solution of a heterogeneous multi-look search-cost game with adaptive search strategies.
Open on arXiv →The active submission pipeline spans enumerative combinatorics, integer compositions, queueing theory, random structures and discrete probability.
Status: submitted / in editorial process. These manuscripts are listed separately from published papers and public preprints.
In parallel, work continues on level sequences, random compositions, reconstruction problems and other probabilistic-combinatorial models. Public links will be added as preprints or accepted versions become available.
Six journal articles. Journal metadata is based on the University of Haifa research portal and publisher records.
Indagationes Mathematicae 34(5), 973–989
Methodology and Computing in Applied Probability 25(2), Article 60
Performance Evaluation 127–128, 253–272
European Journal of Operational Research 259(1), 330–343
Communications in Statistics – Simulation and Computation 45(10), 3534–3547
IEEE Transactions on Pattern Analysis and Machine Intelligence 33(2), 256–265
Citation counts vary between databases, so the website uses a stable rounded threshold of 100+ citations.