Your vision cannot process anything without light.
To aid in the design and performance assessment of such complex systems, representative models must be used that capture the essence of the controlling processes; however, existing models cannot directly account for the complex processes dominating treatment in a partly iron-filled fracture at the required spatial scale.
By omitting the individual scale, models cannot accommodate the processes that determine future biodiversity.
Recent measurements of local and wide-area network traffic have proven that the widely used Markovian process models cannot be applied for today's network traffic.
Outbursts are believed to be caused by the radiation force on the cooler, more opaque, outer layers of the star balancing or even exceeding the force of gravity, although the exact mechanisms are unknown and cannot be determined using one-dimensional, spherically symmetric models of stars because such models cannot determine the physical processes that occur in this regime7.
Therefore, these models cannot fully explain the processes of Sabalan geothermal system, such as conduction and convection zones.
While inversion of tephra dispersion and deposition models can be used to estimate eruptive volumes, current models cannot represent all deposition processes accurately, and therefore, other methods, such as that described here, are required to characterize volumes of tephra deposits objectively.
The result shows the simple single process model cannot describe the processes of crystallization of oriented PET fibers satisfactorily.
For the 2 and 5.5 Mbps channels, we observe that low-complexity hierarchical and hidden Markov models cannot characterize the bit-error processes, and consequently high-order full-state Markov chains are employed for accurate channel characterization.
However, the Global Ionospheric Map (GIM) models (GIM) models such as CODE, JPL and IGS GIM models cannot reproduce local, short-lasting processes in the ionosphere.
