But the sliver of the population who own one of Apple's products are more likely to enthuse about the cool design of their hardware and the robustness and user-friendliness of their software.
In this paper, we will present a set of new techniques developed recently to drastically improve HLS solutions, which not only improve the traditional design metrics such as circuit performance and energy efficiency but also emerging metrics such as hardware security and robustness.
Considering the usual restrictions for automotive hardware and software regarding robustness, size, and cost, there are two ways to deal with this challenge, with the option to combine both of them.
As BDS is intended to solve or simplify the main challenges in implementing, testing and programming data processing pipelines without introducing a steep learning curve, our main design goals are (i) simple programming language; (ii) abstraction from system's architecture; and (iii) robustness to hardware and software failure during computationally intensive data analysis tasks.
To meet the rising demands for pure customization of products, new approaches for automated fabrication of customized part geometry are needed, on both the software and hardware side, that balance flexibility, robustness and efficiency.
Future work will be focused on improving the performance of our method by exploiting a parallel hardware and to improve the robustness of our QLCP measure for inspection applications, which typically require to automatically align models captured at different times from scenes possibly containing changes.
Results: We introduce the BigDataScript (BDS) programming language for data processing pipelines, which improves abstraction from hardware resources and assists with robustness.
The only differences concern the execution timings of Quantum ESPRESSO, which are inherently hardware-dependent, thus proving the robustness of our approach.
There follow fundamental differences in design principle in respect to the meaning of time, speed, multiplicity of processors, memory, robustness of computation and hardware and software.
The use of FPGA for designing the MPPT controller provides high performance, increases the robustness and makes the hardware implementation more flexible.
