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Analiza energijske učinkovitosti vgrajenega mikroprocesorja BA20
ID KELBL, BLAŽ (Author), ID Bulić, Patricio (Mentor) More about this mentor... This link opens in a new window

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MD5: EB460177D19E7F39C3B3C491191A49CC
PID: 20.500.12556/rul/971e1bb8-9511-45ca-beec-6fb30f17ae78

Abstract
Številne tehnike izboljševanja energijske učinkovitosti procesorjev so bile predlagane in uporabljene v različnih procesorjih. Načrtovalci se pogosto soočijo z dilemo, katero izmed tehnik uporabiti, kolikšno je izboljšanje in katere kompromise zahteva. V procesorju se srečujeta strojna in programska oprema, zato mora biti vsaka optimizacija ocenjena v kontekstu izvedljivosti programske opreme in implementacije strojne opreme. Izpostavljenemu izzivu sistemske kompleksnosti se posvečamo s pomočjo primerjalne sistemske analize procesorja Beyond BA20 v razumnih omejitvah načrtovanja programske in strojne opreme. Vsako izmed implementacij oziroma arhitekturnih izbir ocenimo v luči učinka na porabo moči.

Language:Slovenian
Keywords:nizka poraba moči, mikroprocesor, procesor, sinteza, standardne celice, VLSI, arhitektura
Work type:Bachelor thesis/paper
Organization:FRI - Faculty of Computer and Information Science
Year:2014
PID:20.500.12556/RUL-29590 This link opens in a new window
Publication date in RUL:26.09.2014
Views:1368
Downloads:391
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Secondary language

Language:English
Title:Analysing energy efficiency of the embedded BA20 microprocessor
Abstract:
Many techniques to achieve better energy efficiency have been proposed and applied in various processors. Designers are often faced with dilemma which technique to implement and what are the improvements and tradeoffs that certain technique brings. The processor is the point where software and hardware meet, and any potential optimization has to be evaluated in context of feasibility in regard to software and hardware implementation constraints. This is exposing systemic complexity challenges that we address through systemic analysis of Beyond BA20 in comparison with reasonable practical limitations imposed by hardware and software design. Each implementation or architectural choice, identified to be important, is evaluated in terms of power consumption impact.

Keywords:low power, microprocessor, processor, synthesis, standard cell, VLSI, architecture

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