Contribution to learning and decision making under uncertainty for Cognitive Radio.

W Jouini - 2012 - theses.hal.science
During the last century, most of the meaningful frequency bands were licensed to emerging
wireless applications. Because of the static model of frequency allocation, the growing …

Contribution to learning and decision making under uncertainty for Cognitive Radio.

W Jouini - 2012 - hal.science
During the last century, most of the meaningful frequency bands were licensed to emerging
wireless applications. Because of the static model of frequency allocation, the growing …

[PDF][PDF] Contribution to learning and decision making under uncertainty for Cognitive Radio.

W Jouini - theses.hal.science
During the last century, most of the meaningful frequency bands were licensed to emerging
wireless applications. Because of the static model of frequency allocation, the growing …

[PDF][PDF] Wassim JOUINI

D ERNST - 2012 - Citeseer
During the last century, most of the meaningful frequency bands were licensed to emerging
wireless applications. Because of the static model of frequency allocation, the growing …

Contribution to learning and decision making under uncertainty for Cognitive Radio.

W Jouini - 2012 - theses.fr
L'allocation des ressources spectrales à des services de communications sans fil, sans
cesse plus nombreux et plus gourmands, a récemment mené la communauté radio à vouloir …

[PDF][PDF] Wassim JOUINI

D ERNST - 2012 - researchgate.net
During the last century, most of the meaningful frequency bands were licensed to emerging
wireless applications. Because of the static model of frequency allocation, the growing …

[PDF][PDF] Wassim JOUINI

D ERNST - 2012 - researchgate.net
During the last century, most of the meaningful frequency bands were licensed to emerging
wireless applications. Because of the static model of frequency allocation, the growing …

[PDF][PDF] Wassim JOUINI

D ERNST - 2012 - Citeseer
During the last century, most of the meaningful frequency bands were licensed to emerging
wireless applications. Because of the static model of frequency allocation, the growing …