The last decade has witnessed the emergence of the application-specific instruction-set processor (ASIP) as a viable platform for embedded systems. Extensible ASIPs allow the user ...
This paper explores, develops, and investigates several bypass-sensitive compilation techniques to reduce the register file power by reducing the access frequency to the register f...
Sanghyun Park, Aviral Shrivastava, Nikil D. Dutt, ...
Designing high-performance low-energy register files is of critical importance to the continuation of current performance advances in wide-issue and deeply pipelined superscalar m...
Shuai Wang, Hongyan Yang, Jie S. Hu, Sotirios G. Z...
- With the intention of reduce significantly the energy that wastes away when having a read or write access to the register file, since the technique Zero Detect diminishes the tra...
Moises Zarate, Oscar Camacho Nieto, Luis A. Villa ...
Based on operand delivery, existing microprocessors can be categorized into architected register file (ARF) or physical register file (PRF) machines, both with or without payload ...
Nowadays many customised embedded processors offer the possibility of speeding up an application by implementing it using Application-Specific Functional units (AFUs). However, th...
Interest in synthesis of Application Specific Instruction Set Processors or ASIPs has increased considerably and a number of methodologies have been proposed for ASIP design. A ke...
Manoj Kumar Jain, Lars Wehmeyer, Stefan Steinke, P...
- Modern portable or embedded systems support more and more complex applications. These applications make embedded devices require not only low powerconsumption, but also high comp...
Large register file with multiple ports is a critical component of a high-performance processor. A large number of registers are necessary for processing a larger number of in-fli...
When modern processors keep increasing the instruction window size and the issue width to exploit more instruction-level parallelism (ILP), the demand of larger physical register ...