Sentence examples for hardware estimation from inspiring English sources

Our investigations show that the area costs computations using the proposed hardware estimation technique on 20 custom instructions are shown to be within 8% of those obtained using hardware synthesis.

The former demonstrates the direct impact of inaccurate attenuation maps and the latter the indirect impact due to the inaccurate hardware estimation.

While cross-talk between attenuation and activity is a severe problem when applying MLAA for patient attenuation estimation [15], it is not relevant for xMLAA-based hardware estimation as presented in this work.

Therefore, to differentiate the MLAA-based hardware attenuation estimation approach from the original MLAA algorithm for patient attenuation estimation, our proposed algorithm will be referred to as external MLAA (xMLAA) in the following.

Even though functional verification can be performed at the system level and early design stage efficiently, it is still difficult to perform accurate hardware resource estimation.

While key space sector methods are outlined, a specific focus is placed on hardware cost estimation on a system level, particularly for early mission phases during which specifications and requirements are not yet crystallised, and information is limited.

At system level, our supports for hardware resource estimation and performance evaluation are applied.

We also demonstrated the feasibility of applying xMLAA-based hardware attenuation estimation to clinical PET/MR data.

Therefore, incorporating TOF information is not expected to significantly improve the robustness and accuracy of xMLAA for hardware attenuation estimation.

To evaluate the effect of inaccurate attenuation maps on hardware attenuation estimation employing xMLAA, typical MRAC-based errors were simulated, modifying the CT-based attenuation maps.

Finally, the feasibility of the proposed emission-based hardware attenuation estimation needs to be investigated for tracers other than 18F-FDG.