These constraints make high resolution point electrode surveys impractical for implementation at oil reservoir scale.
Memory-based deterministic finite automata meet these requirements, however their storage requirement will grow exponentially with the number of patterns which makes it impractical for implementation.
As the complexity of the problem or the number of random variables involved in describing the input uncertainties increases, these approaches become highly impractical from implementation and convergence points-of-view.
To deal with this interference, multiuser detection (MUD) can be invoked both at the mobile station (MS) and BS [9], but its complexity increases excessively, thus making it impractical for implementation even at the BS, where complexity is acceptable.
Although a few existing schemes already achieve good performance in terms of bit error rate (BER), all of them perform huge amounts of operations, specially during estimation, thus leading to very costly, if not impractical, hardware implementations.
Requiring high computation times makes optimal solution impractical at field implementation.
Unlike probability ellipse/circle, many cylinders can have the same probability, making implementation impractical.
However, the relatively high-cost, local unavailability, and low adsorption capacity of the current bacteria carriers make them impractical for potential implementation in large-scale concrete structures.
In fact, for very large graphs on machines with thousands of nodes, row-starts can become significantly larger than dst, making its straightforward implementation impractical.
Our laboratory processes approximately 400 new fungal cultures every year; applying the OSMAC approach to each and every culture would be impractical without the implementation of specialized equipment and procedures for the parallel cultivation of screened fungi (Bills et al., 2008).
