A traffic-stopping prediction tool?

Stopping traffic.

Nitric oxide (NO) is an important mediator of host defence and of vascular tone. In septic shock, upregulation of inducible NO synthase leads to the production of vast amounts of NO, which contribute to pathogen elimination but also to inappropriate vaso-dilation and to loss of vascular resistance. Asymmetric dimethyl-arginine (ADMA) is an endogenous inhibitor of NO synthases shown to contribut...

Stopping Unwanted Traffic using Lightweight Permits ⋆

One of key security issues on the current Internet is unwanted traffic, the forerunner of unauthorized accesses, intrusions, Denial of Service (DoS) attacks, port scanning, and other attacks. Since stopping unwanted traffic is vitally important but extremely challenging, we need a series of defensive schemes to identify unwanted packets, filter them out, and further defeat their associated atta...

A neuro-fuzzy approach to vehicular traffic flow prediction for a metropolis in a developing country

Short-term prediction of traffic flow is central to alleviating congestion and controlling the negative impacts of environmental pollution resulting from vehicle emissions on both inter- and intra-urban highways. The strong need to monitor and control congestion time and costs for metropolis in developing countries has therefore motivated the current study. This paper establishes the applicatio...

Stopping the SuperSpreader Epidemic, Part III: Prediction

In two previous papers, I introduced SuperSpreader (SS) epidemic models, offered some theoretical discussion of prevention issues, and fitted some models to data sets derived from published accounts of the ongoing MERS epidemic (concluding that a pandemic is likely). Continuing on this theme, here I discuss prediction: whether, in a disease outbreak driven by superspreader events, a rigorous de...

Active Traffic Management as a Tool for Addressing Traffic Congestion