Add to ORKGThis paper evaluates asymmetric cluster chip multiprocessor (ACCMP) architectures as a mechanism to achieve the highest performance for a given power budget. ACCMPs execute serial phases of multithreaded programs on large high-performance cores whereas parallel phases are executed on a mix of large and many small simple cores. Theoretical analysis reveals a performance upper bound for symmetric multiprocessors, which is surpassed by asymmetric configurations at certain power ranges. Our emulations show that asymmetric multiprocessors can reduce power consumption by more than two thirds with similar performance compared to symmetric multiprocessorsPeer Reviewe
Asymmetric multicore architectures (AMC) with single-ISA can accelerate multi-threaded applications ...
Most of chip multiprocessors (CMPs) are symmetric, i.e. they are composed of identical cores. These ...
With growing computing demands, power aware computation has become a major concern in recent studies...
Chip Multiprocessors are becoming common as the cost of increasing chip power begins to limit single...
Abstract—Asymmetric chip multiprocessors (ACMPs) have multiple core types that are instruction-set c...
Recently, under a fixed power budget, asymmetric multiprocessors (AMP) have been proposed to improve...
Abstract—Several studies and real world designs have advocated the sharing of large execution units ...
Conference of 4th International Workshop on Adaptive Self-Tuning Computing Systems, ADAPT 2014 ; Con...
Asymmetric chip multiprocessors (ACMPs) have multiple core types that are instruction-set compatible...
textExtracting high-performance from Chip Multiprocessors (CMPs) requires that the application be pa...
Faced with the challenge of finding ways to use an ever-growing transistor budget, microarchitects h...
Asymmetric multi-cores (AMCs) are a successful architectural solution for both mobile devices and su...
On the hardware side, asymmetric multicore processors present software with the challenge and opport...
Multiprocessor architecture is becoming popular in both desktop processors and mobile processors. Es...
In the embedded world, symmetric multiprocessing architectures are currently most popular, however m...
Asymmetric multicore architectures (AMC) with single-ISA can accelerate multi-threaded applications ...
Most of chip multiprocessors (CMPs) are symmetric, i.e. they are composed of identical cores. These ...
With growing computing demands, power aware computation has become a major concern in recent studies...
Chip Multiprocessors are becoming common as the cost of increasing chip power begins to limit single...
Abstract—Asymmetric chip multiprocessors (ACMPs) have multiple core types that are instruction-set c...
Recently, under a fixed power budget, asymmetric multiprocessors (AMP) have been proposed to improve...
Abstract—Several studies and real world designs have advocated the sharing of large execution units ...
Conference of 4th International Workshop on Adaptive Self-Tuning Computing Systems, ADAPT 2014 ; Con...
Asymmetric chip multiprocessors (ACMPs) have multiple core types that are instruction-set compatible...
textExtracting high-performance from Chip Multiprocessors (CMPs) requires that the application be pa...
Faced with the challenge of finding ways to use an ever-growing transistor budget, microarchitects h...
Asymmetric multi-cores (AMCs) are a successful architectural solution for both mobile devices and su...
On the hardware side, asymmetric multicore processors present software with the challenge and opport...
Multiprocessor architecture is becoming popular in both desktop processors and mobile processors. Es...
In the embedded world, symmetric multiprocessing architectures are currently most popular, however m...
Asymmetric multicore architectures (AMC) with single-ISA can accelerate multi-threaded applications ...
Most of chip multiprocessors (CMPs) are symmetric, i.e. they are composed of identical cores. These ...
With growing computing demands, power aware computation has become a major concern in recent studies...