We describe an efficient, high-level abstraction, multi-port memory-control unit (MCU) capable of providing data at maximum throughput.
Particularly, in the last two decades, many efficient high-level synthesis algorithms have been introduced for the multiplierless design of constant multiplication blocks.
In contrast to pure surface reconstructions, our representation thereby allows more comprehensive use: first, it enables efficient high-level editing operations in terms of e.g. wall removal or room reshaping which always result in a topologically consistent representation.
We previously isolated the human EC-binding peptides SIGYPLP and LSNFHSS by phage display and demonstrated by means of a bispecific antibody that SIGYPLP directs efficient, high-level, EC-selective Ad-mediated gene transfer.
In order to perform efficient high-level exploration across the analog/digital boundary while reducing the complexity of the problem we provided characterizations and feasible performance models for the main blocks, that is, the digital calibration logic and the first-stage residue amplifier.
We utilize the approach presented by Ochmann et al. to obtain the room layout and a coarse geometric representation (see Fig. 6): "In contrast to pure surface reconstructions, their approach allows more comprehensive use: first, it enables efficient high-level editing operations in terms of e.g. wall removal or room reshaping which always result in a topologically consistent representation.
Bivalent scFvFc human antibodies were fused in frame with different transmembrane (TM) anchoring moieties to allow efficient high-level expression on human cells and the optimal TM was identified.
The development of simple and efficient high-level expression and purification strategies would also facilitate basic and applied research of bacterial collagenases.
Motivation: The Ensembl Project provides release-specific Perl APIs for efficient high-level programmatic access to data stored in various Ensembl database schema.
A stream processor is a power-efficient, high-level-language programmable option for embedded applications that are computation intensive and admit high levels of data parallelism.
