Modern web servers start multiple processes to respond to requests, with each process assigned to a single source until no further requests are received from that source for a predefined period of time.
An image is obtained by traversing the tip across the sample and measuring the tunneling current as a function of tip position.
A maximum of MaxClients simultaneous requests will be served, with the remainder remaining on the incoming request queue.
Insulin and glucose dynamics involve many factors like food intake, digestion and exercise.
The sending rate is increased exponentially when there is no congestion, and it is dropped to a low level when there is congestion.
The one-compartment model captures the gross behaviour of drug distribution, but it is based on many simplifications.
Compartment models are used in pharmacokinetics to understand how a drug spreads in the body after it is administered.
A relatively simple model called the minimal model was developed by Bergman and coworkers to understand insulin and glucose dynamics.
Low-frequency limits exist because the human body changes with time, and since the compartment model uses average concentrations, they will not accurately represent rapid changes.
There are also nonlinear effects that influence transportation between the compartments.