The design has a partially parallel structure with 16 sets of processing units to satisfy the throughput requirement of CMMB and operates adaptively according to the SNR estimation.
The implementation has a partially parallel structure with 16 sets of processing units to satisfy the throughput requirement of CMMB, as shown in Figure 8.
Hyperspectral images are extremely high-dimensional, and require advanced on-board processing algorithms able to satisfy near real-time constraints in applications such as wildland fire monitoring, mapping of oil spills and chemical contamination, etc.
Hyperspectral images are extremely high-dimensional, and require on-board processing algorithms able to satisfy near real-time constraints in applications such as wildland fire monitoring, mapping of oil spills and chemical contamination, etc.
These approaches seem to be viable for the cases with less repeated operations that only cope with relatively small amount of the processing data, while failing to satisfy the demands from data-centric applications that usually require often-repeated transient operations on a vast amount of the digital data such as real-time image recognition and natural language processing [3].
Moreover, the proposed method is amenable to parallel processing, which improves the processing speed of SDRCLCE method to satisfy the requirement of real-time applications.
A micro-hardness map was developed to assist in the selection of the optimized post-processing parameters in order to satisfy the design requirements of the part.
In such a network, a single individual does not supply an alternative individual on which to base a reciprocal reading, thus the network fails to satisfy reciprocal processing.
The major defects of these previous approaches include an increased complexity of system architecture, a decrease in service capabilities, undesirable processing times, and a failure to satisfy users.
In POS, we extend Pig Latin syntax to satisfy real-time processing features.
