Sentence examples for more complex address from inspiring English sources

On the other hand, higher radix implementations have big butterflies thus they consume higher power and need more complex address generators to handle data flow.

The second category of resource is relatively more complex but is also distributed but shared among a few storage units and is capable of handling more complex address generation requirements like dynamic computation of address bounds that are then used to configure the AG Us transformation of non-affine functions to affine function by computing the affine factor outside the loop, etc.

Borkar et al. also used nested HMMs to achieve acceptable accuracy on more complex addresses [ 20].

Since then, the various regulations and constraints on the manufacturers have not ceased to be more stringent and more complex to address.

However, several aspects of the model could still be more complex to address specific problems, even though a certain level of simplification remains compulsory in a model.

More complex to address may be the impact of GPs' views on the usefulness of the PSA test and their feelings of the relevance of specific information at particular times.

And in a report last year, a panel appointed by the National Research Council recommended that the National Science Foundation, the major government financing agency for physical science research, offer prizes of $200,000 to $2 million "in diverse areas" as a first step in a major program "to encourage more complex innovations" addressing economic, social and other challenges.

It can be recommended to start using simple and easy to implement strategies of compliance and resource efficiency and later move towards more complex indicators, addressing environmental and social effects, supply chain, and lifecycle impacts [23].

One of the more complex issues addressed was patient weight, and it became clear that multiple weights would be required for the system to be clinically relevant to pediatric patients.

The establishment of standard unit operations for droplet handling and the ability to carry out experiments with DNA, proteins, cells and organisms provides the basis for the design of more complex workflows to address biological challenges.

An outline and the results of the development of an early stage prototype - which will form the foundation of a more complex system to address the aforementioned technological challenges identified in the literature survey - will be given.