The firm's flagship naval simulator, Solaris Battlelab, models intangibles such as the effect that bad news (word that bombs have hit one's defence ministry, for example) has on the ability of a vessel's commanders to exchange information and make decisions during battle.When simulation meets realityAnother recent trend is the tighter integration of simulators with real combat.
Future research is still needed to assess the ability of retinal vessel calibre measures to provide clinically useful prognostic information that might add to risk prediction of diabetic retinopathy over and above the contribution from traditional risk factors, including glycaemic levels and the duration of diabetes.
Efforts to address IUU fishing has been complicated by the ability of IUU vessel operators to change vessel name, flag state and fishing location.
P c is the collapse pressure and represents the ability of a vessel segment remaining structure intact under the pressure difference.
In these cases, the ABI reflects the ability of the vessel wall to resist compression rather than being a true indicator of the blood flow and pressure within the vessel.
Throughout this study the term vessel or fleet carrying capacity is used to represent the capacity of a vessel or fleet to carry fish, and though not equivalent to the FAO definition, this carrying capacity (hold capacity) is assumed to be related to the ability of a vessel to catch fish under normal fishing conditions, and hence to the fishing mortality it can theoretically generate.
Arterial stiffness, one of the markers reflecting the health status of vessel walls [ 16, 20, 22– 24], defines the ability of vessel walls to expand and recoil in response to changes in blood pressure [ 25].
It is now well known that altered hemodynamics can alter the genes that are expressed by diverse vascular cells, which in turn plays a critical role in the ability of a blood vessel to adapt to new biomechanical conditions and governs the natural history of the progression of many types of disease.
According to Virchow's classical theory, thrombogenesis is principally precipitated by three conditions, first, by compromised blood flow, second, by increased ability of the internal vessel wall to attract blood cells, and third, by systemically increased clotting tendency (humoral factors).
So, the ability of an arterial vessel to increase pressure with increases in flow is related to arterial stiffness and is a function of the slope of the arterial volume-pressure relationship or arterial elastance (Ea), which could be defined as the ratio of changes in pressure to changes in volume.
For recognition, we first divide the examples of each vessel into fivefolds where each fold has 10 examples per vessel.
