Paper Info
Title
Support of software framework for embedded multi-core systems with Android environments
Abstract
Applications on mobile devices are getting more complicated with the new wave of applications in the mobile devices. The computing power for embedded devices are increased with such trends, and embedded multi-core platform are in a position to help boost system performance. Software frameworks integrated the multi-core platforms are often needed to help boost the system performance and reduce programming complexity. In this paper, we present a software framework based on Android and multi-core embedded systems. In the framework, we integrate the compiler toolkit chain for multi-core programming environment which includes DSP C/C++ compilers, streaming RPC programming model, debugger, ESL simulator, and power management models. We also develop software framework for face detection, voice recognition, and mobile streaming management. Those frameworks are designed as multi-core programs and are used to illustrate the design flow for applications on embedded multi-core environments equipped with Android systems. We demonstrate our proposed mechanisms by implementing two applications, Face RMS and voice recognition. The proposed framework gives a case study to illustrate software framework and design flow for emerging RMS-based and voice recognition applications on embedded multi-core systems equipped with Android systems.
Year
DOI
Venue
2011
10.1109/ESTIMedia.2011.6088522
ESTIMedia
Keywords
Field
DocType
face detection,embedded multicore systems,esl simulator,mobile devices,face recognition,software framework,power management models,rpc programming model,operating systems (computers),program debugging,multiprocessing programs,programming complexity,c++ language,android environments,embedded systems,debugger,mobile streaming management,mobile computing,multicore programming,remote procedure calls,voice recognition,dsp c/c++ compilers,mobile device,system performance,programming model,embedded system,design flow
Mobile computing,Android (operating system),Programming paradigm,Computer science,Debugger,Real-time computing,Mobile device,Programming complexity,Software development,Software framework,Embedded system
Conference
ISBN
Citations 
PageRank 
978-1-4577-2123-6
3
0.58
References 
Authors
3
8
Name
Order
Citations
PageRank
Yu-Hao Chang1477.71
Chi-Bang Kuan2194.06
Cheng-Yen Lin3112.82
Te-Feng Su4347.55
Chun-Ta Chen5306.33
Jyh-Shing Roger Jang652556.34
Shang-Hong Lai71169124.03
Jenq Kuen Lee845948.71