Microarchitecture for Billion-Transistor VLSI Superscalar Processors Gabriel Hsiuwei Loh 2002 The vast computational resources in billion-transistor VLSI microchips can continue to be used to build aggressively clocked uniprocessors for extracting large amounts of instruction level parallelism. This dissertation addresses the problems of implementing wide issue, out-of-order execution, supersca...

I n its brief lifetime of 26 years, the microprocessor has achieved a total performance growth of 10,000 times thanks to technology improvements and microarchitecture innovations. Transistor count and clock frequency have increased by an order of magnitude in each of the first two decades of microprocessors; transistor count increased from 10,000 to 100,000 in the 1970s and up to 1 million in t...

This article addresses the microarchitecture-aware modeling of timing errors and estimation vulnerability SW programs to such errors. A significance-aware code factor (SCVF) quantifies susceptibility applications errors, utilizing a machine learning (ML)-based error prediction model. is complemented by workloadaware model, which based on supervised ML methods.

Autologous bone remains the gold standard substitute in clinical practice. Therefore, microarchitecture of newly developed synthetic substitutes, which reflects spatial distribution materials scaffold, aims to recapitulate natural microarchitecture. However, is optimized obtain a mechanically stable, lightweight structure adapted biomechanical loading situation. In context application Triply Pe...