Title :
Aloe: An open-source SDR execution environment with cognitive computing resource management capabilities
Author :
Gomez, Ismael ; Marojevic, Vuk ; Gelonch, Antoni
fDate :
9/1/2011 12:00:00 AM
Abstract :
Future radio transceivers will offer more functionalities and system features for potentiating flexible and reconfigurable radio access networks. Since flexibility in this case comes at a price of computing resource overhead, we propose a conceptually simple though powerful framework for digital signal processing applications. The abstraction layer and operating environment (ALOE) is an open source execution environment for software- defined radios. It is essentially based on a hardware abstraction layer, a lightweight and time-driven software architecture, and a simple interface format. ALOE accounts for heterogeneous multiprocessor platforms. Its cognitive computing resource management capabilities enable flexible and dynamic management of SDR platforms and applications for distributed realtime execution of applications and dynamic reconfiguration of platforms.
Keywords :
cognitive radio; digital signal processing chips; radio access networks; radio transceivers; software architecture; software radio; telecommunication computing; telecommunication network management; ALOE; abstraction layer and operating environment; cognitive computing resource management capability; digital signal processing application; hardware abstraction layer; heterogeneous multiprocessor platform; interface format; open-source SDR execution environment; radio access network; radio transceiver; software architecture; software-defined radio; Digital signal processing; Hardware; Libraries; Open source software; Real time systems; Resource management; Synchronization;
Journal_Title :
Communications Magazine, IEEE
DOI :
10.1109/MCOM.2011.6011737