Considering the computation load, we can design a variable step-length searching method.
So, we need to make a tradeoff between the computation load and parameter estimation precision or adopt the variable step-length searching strategy mentioned above.
The finite-precision effect in an FFT processor is first analyzed, and then an effective word-length searching algorithm is proposed and incorporated in the proposed IP generator.
With the flexible architecture and the effective word-length searching techniques, we can strike a good balance for the performance and the hardware cost of the generated IP cores.
a Step length search in the first iteration.
As has been shown in classical planning, heuristic search outperforms bounded length search (especially when an appropriate plan length is not given a priori).
These factors consist of work task types, search task types, familiarity with topic, search skills, search session length, search phases, and system types.
Likewise, the observed limits of length variation, specific for each domain superfamily would be particularly relevant in the choice of alignment length search filters commonly applied in protein sequence analysis.
For telomere length, search terms included telomere, telomere binding proteins, cell aging, cell ageing, biological aging, biological ageing, cellular aging, cellular ageing, and nucleoprotein structure.
The first step would be to affirm the potential intervals of parameters by choosing a long step length and searching the space parameter.
The hash table index can reduce the length of searching string such as (m′ = m − q) and reduce the size of the searching range such as (n′ ≪ N).
