ii iii ACKNOWLEDGEMENT Without the support of many people, this paper would not have been possible. First of all, I wish to thank my advisor, Prof. Liang-Teh Lee. He always gives me the suggestion and definite direction when I met the bottleneck in my research. I would also like to thank Prof. Chia-Ying Tseng and Prof. Ge-Ming Chiu for the comments in my thesis. In addition, I want to thank all my dear friends, classmates and all members in Parallel and Distributed Processing Lab and Embedded System Lab in TTU. For they have given me so much inspiration and helpful comments during the writing of my thesis. Finally, I would like to give my thanks to my family. Their consistent support makes me absorbed in my research and without other distur...
This Ph.D. thesis describes a new approach for adaptive processors using a reconfigurable fabric (em...
The advent of multicore systems has renewed the interest of research community on real-time schedul...
The design of systems in which timing constraints must be met (real-time systems) is being affected ...
This work would have been impossible without the professional and emotional support from a lot of pe...
Many people have contributed to the completion of this research effort, and I am grateful to them al...
Sincere thanks to all my friends and family members who provided valuable help and moral support whi...
The new generation of multicore processors opens new perspectives for the design of embedded systems...
The use of distributed computers to control life-critical systems, such as aircraft or nuclear react...
To my family ii ACKNOWLEDGEMENTS First of all, I would like to express my gratitude to my advisor, P...
Independent Process Scheduling Processes share nothing but CPU Papers for discussions: C.L. Liu and ...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
AbstractTowards Adaptive Real-Time SystemsGiorgio ButtazzoUniversity of PaviaItalyModern real-time a...
This thesis develops schedulers for many-cores with different optimization objectives. The proposed ...
Acknowledgments I would like to thank my supervisor, Prof. Hermann Härtig, for his continuous suppor...
Over the past few years, as multicore technology has become cost-effective, multiprocessor systems h...
This Ph.D. thesis describes a new approach for adaptive processors using a reconfigurable fabric (em...
The advent of multicore systems has renewed the interest of research community on real-time schedul...
The design of systems in which timing constraints must be met (real-time systems) is being affected ...
This work would have been impossible without the professional and emotional support from a lot of pe...
Many people have contributed to the completion of this research effort, and I am grateful to them al...
Sincere thanks to all my friends and family members who provided valuable help and moral support whi...
The new generation of multicore processors opens new perspectives for the design of embedded systems...
The use of distributed computers to control life-critical systems, such as aircraft or nuclear react...
To my family ii ACKNOWLEDGEMENTS First of all, I would like to express my gratitude to my advisor, P...
Independent Process Scheduling Processes share nothing but CPU Papers for discussions: C.L. Liu and ...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
AbstractTowards Adaptive Real-Time SystemsGiorgio ButtazzoUniversity of PaviaItalyModern real-time a...
This thesis develops schedulers for many-cores with different optimization objectives. The proposed ...
Acknowledgments I would like to thank my supervisor, Prof. Hermann Härtig, for his continuous suppor...
Over the past few years, as multicore technology has become cost-effective, multiprocessor systems h...
This Ph.D. thesis describes a new approach for adaptive processors using a reconfigurable fabric (em...
The advent of multicore systems has renewed the interest of research community on real-time schedul...
The design of systems in which timing constraints must be met (real-time systems) is being affected ...