Sentence examples for terrestrial scheme from inspiring English sources

The efficient numerical terrestrial scheme (ENTS) is designed for long time period simulations and large ensemble studies in Earth system models of intermediate complexity (EMICs).

Most of the earth's surface (79%) appears in at least one of the nine leading terrestrial-based schemes (identified by * in Table 2, Additional file 1), but it seems unlikely that business is going to restrict itself to the remaining 21%.

The effectiveness of the scheme is demonstrated on a digital video broadcasting-terrestrial system.

Although it works well in terrestrial networks, such scheme-like automatic repeat request (ARQ) mechanisms are not appropriate in the underwater world mainly because of the propagation delay but also because of the energy consumption.

On the other hand, the unique properties of UWSNs such as the three-dimensional architecture and the underwater channel characteristics prevent existing studies of error control schemes for terrestrial sensor networks to be applied to this domain.

This situation could change with improved understanding of carbon cycle dynamics in terrestrial ecosystems and suitable verification schemes, enabling many African nations to more easily participate in global efforts to slow the rate of increase of atmospheric CO2, as well as benefit from the financial and technological transfers.

Although a large number of energy efficient schemes have been proposed for terrestrial wireless sensor networks, the fundamental differences between underwater acoustic channel and its terrestrial counterparts make those schemes perform poorly in underwater acoustic communications.

The first one use the same stabilising strategy as under terrestrial conditions to control each of their body segments independently, probably based on the body scheme and short term sensorimotor memory.

Reclosers in terrestrial systems operate in a "single-shot" scheme on live-bus/dead-line post-fault conditions.

In outline they resemble terrestrial river systems.

This paper focuses on the system performance in different cellular reuse schemes and investigates coexistence performance with terrestrial WiMAX deployments.