Abstract Choke disease, which is caused by Epichloë typhina , was first reported in orchardgrass seed production fields the Willamette Valley, Oregon 1997 and has continued to persist system. The disease can cause up 30% losses yield. Unlike many species that are transmitted, it unclear how infection of E. occurs field, or spreads within plants. In this study, overall incidence choke on trap pl...

Gas-condensate reservoirs contain hydrocarbon fluids with characteristics between oil and gas reservoirs and a high gas-liquid ratio. Due to the large gas-liquid ratio, wellhead choke calculations using the empirical equations such as Gilbert may contain considerable error. In this study, using drill stem test (DST) data of a gas-condensate reservoir, coefficients of Gilbert equation was modifi...

We investigate the problem of providing a fair bandwidth allocation to each of flows that share the outgoing link of a congested router. The buffer at the outgoing link is a simple FIFO, shared by packets belonging to the flows. We devise a simple packet dropping scheme, called CHOKe, that discriminates against the flows which submit more packets/sec than is allowed by their fair share. By doin...

We investigate the problem of providing a fair bandwidth allocation to each of flows that share the outgoing link of a congested router. The buffer at the outgoing link is a simple FIFO, shared by packets belonging to the flows. We devise a simple packet dropping scheme, called CHOKe, that discriminates against the flows which submit more packets/sec than is allowed by their fair share. By doin...

These graphic materials are a poster presentation for the III Congress with international participation "PSYCHOSOMATIC MEDICINE OF THE XXI CENTURY: REALITIES AND PERSPECTIVES". Which took place on November 4-6, 2022 in Kyiv Mediamed portal.

We investigate the problem of providing a fair bandwidth allocation to each of n flows that share the outgoing link of a congested router. The buffer at the outgoing link is a simple FIFO, shared by packets belonging to the n flows. We devise a simple packet dropping scheme, called CHOKe, that discriminates against the flows which submit more packets/sec than is allowed by their fair share. By ...

Making drop decisions to enforce the max-min fair resource allocation in a network of standard TCP flows without any explicit state information is a challenging problem. Here we propose a solution to this problem by developing a suite of stateless queue management schemes that we refer to as Multi-Level Comparison with index l (MLC(l)). We show analytically, using a Markov chain model, that for...