Hence, extra efforts are still required to maintain and spread their applications as well as attain better performance.
Despite the development of multi-stage digester designs intend a breakthrough for process segregation and existing opportunities in this aspect needed further research interest to attain better performance of the system.
Compared to these schemes [19, 20], the proposed scheme attains better performance for femtocell network systems.
Compared to these schemes [5, 11], the proposed scheme attains better performance during the IoT system operations.
Such an uncoded scheme can attain better performance over coded schemes in the high SNR regime, since the redundancy introduced by coding becomes useless whenever there are no errors.
In most cases, this separation is four or five octaves, so the coincidences between partials of sounds with octave or fifth relation are smaller and the octave and fifth tests attain better performance. .
In most cases, this separation is four or five octaves, so the coincidences between partials with octave or fifth relation are smaller and the octave and fifth test attain better performance.
In most cases, this separation is four or five octaves, so the coincidences between partials of sounds with octave or fifth relation are smaller and the octave and fifth tests attain better performance.
However, for a fixed frame dimension, the impact of increasing the spatial window size is translated into higher throughput; from our analysis, our separate bi-dimensional convolution implementations attain better performance as window size increases, mainly due to the avoidance of memory latency effects.
The MIHT is an efficient sequential IP lookup algorithm that has been shown to attain better performance than well-known tree/trie-based algorithms commonly used for IP lookup: the Binary Trie, the Prefix Tree, the Priority Trie, the DTBM, the 4-MPT and the 4-PCMST [3].
As the progress of the semiconductor process develops to achieve miniaturization and attain better performances for the electronic device, next-generation IC chips with deep sub-micron Cu/low-k stacked structures adopting the fabrication of (dual) damascene are developed to meet the urgent requirements of reducing high RC delay; the purpose of this is to obtain high-speed signal communication.
