Carriers typically split codes along rate center boundaries -- the Nassau-Suffolk border traverses three rate center areas -- that typically do not run along political lines.
So each CU is first encoded to generate a rate-distortion cost of a no split coding: {J}_{mathrm{NoSplit}}=D+lambda.R, (18 where D is the distortion generated by the CU encoding, λ is a Lagrangian multiplier and R is the bit consumption.
Given that primordial DNA was long and contained random nucleotide sequence, and the possibility that split coding genes may occur intrinsically within a random genetic sequence, this approach may explain the major characteristics underlying the split-structure of eukaryotic genes.
Our preliminary analysis indicates that, while the split coding sequences for given proteins occur at a far higher probability compared to non-split genes in random DNA sequences, the introns in such genes are far longer than the exons, as typically observed in human genes.
Furthermore, numerous split coding genes for complex protein sequences were found to exist intrinsically in random genetic sequences because of the high variability of the amino acid sequences in proteins and the high degeneracy of the codons in coding sequences (P. Senapathy, Unpublished) [36].
For Naive-Hybrid and Split-Code, the applications progressively provide better throughput.
In such a situation Split-Code eventually converges to Naive-Hybrid; i.e., pushing all the code to the cloud.
RUBiS achieves even better cost savings with Cross-Tier being 54% cheaper than Private-Premise and 29% cheaper than Naive-Hybrid and Split-Code.
However since in Cross-Tier part of the data is also moved to the cloud, the overall cost is lower than Naive-Hybrid and Split-Code. Figure 12 Monthly cost comparison for different deployments of (a) DayTrader and (b) RUBiS.
For a cloud cost 80% cheaper than the private-premise cost (5 times ratio), DayTrader's Cross-Tier is 20.4% cheaper than Private-Premise and 11.8% cheaper than Naive-Hybrid and Split-Code deployments.
