Ignoring (for a moment) the Heterogeneous Multi-Processing (HMP) aspects of these processors via tech likebig.LITTLEandDynamIQ, today’s smartphones have up to eight individual CPUs which can independently run tasks inside their own virtualized memory space. Eight engines, ready and able to run ...
Light Database Encryption Design Utilizing Multicore Processors for Mobile DevicesDatabasesEncryptionPerformance evaluationMulticore processingSmart phonesThe confidentiality of data stored in embedded and handheld devices has become an urgent necessity more than ever before. Encryption of sensitive data is a ...
Well,i am not too sure Symetric Multi Processor is the way to go for mobile phones. I think that asymmetric multi processor,with each processor optimised for one thing that it does correctly and efficiently,is a much better approach.
The future is brighter for Symbian mobile devices, following the announcement that the Symbian OS will support the ARM Symmetric Multi-processor (SMP) architecture. The SMP architecture uses multiple CPU cores to provide 'performance on demand', whereby individual cores can be switched on and off,...
Multi-core processors are here. Once pervasive mainly in servers and desktop PCs, now multi-core processors are being used in mobile phones and PDAs, resulting in great benefits in power consumption. Responding to the increased availability of multi-processor platforms, Parallel Language Integrated Qu...
Once pervasive mainly in servers and desktop PCs, now multi-core processors are being used in mobile phones and PDAs, resulting in great benefits in power consumption. Responding to the increased availability of multi-processor platforms, Parallel Language Integrated Query (PLINQ) offer...
using thin client and desktop virtualisation tools. Today’s IT departments commonly support a PC and at least one desktop phone for every employee. Many also provide and manage mobile phones. Ubuntu for Android presents a compelling solution to IT complexity by reducing that burden to a single ...
Qualcomm® MARE, for Multicore Asynchronous Runtime Environment, provides an API that simplifies the programming of parallel applications, such that they can take advantage of the full computational power of modern smartphones. Two of the first Android applications to use Qualcomm MARE are Impala ...
On the maturity of parallel applications for asymmetric multi-core processors Asymmetric multi-cores (AMCs) are a successful architectural solution for both mobile devices and supercomputers. By maintaining two types of cores (fast a... K Chronaki,M Moreto,M Casas,... - 《Journal of Parallel...
ARM is demonstrating the first working example of a multicore processor that may dramatically speed up smartphones. Meanwhile, Apple is looking for iPhone engineers that can write multithreaded code that may take advantage of ARM's breakthrough. ...