Partnership Development Office's Lecture Series (PDOLS) Lectures: 1. Evaluation of Concurrently Asynchronous Algorithms on a Tesla/Fermi GPU Using CUDA, Mr. Eduardo Ponce PowerPointPDOLS1 2. Internet architecture and peer-to-peer overlay networks, Mr. Raymond Borges PowerPointPDOLS2 3. Parallel Evaluation of Large Scale Hierarchical Results, Mr. David Cruz PowerPointPDOLS3 4. Stongly correlated electrons model , Mr. Jesús Torres PowerPointPDOLS4 5. Many-Body Physics of Strongly Correlated Electronic Systems, with Applicability to Condensed Matter Theory, Mr. Anibal Lugo PowerPointPDOLS5 6. The MIMO Technique as a New Key Step toward Shannon Boundary of Channel Capacity, Dr. Viktor Zaharov PowerPointPDOLS6 7. Analysis of Different Robust Methods for Linear Array Beamforming, Dr. Luis Vicente PowerPointPDOLS7 8. Parallel Evaluation of Large Scale Hierarchical Results, Mr. David Cruz PowerPointPDOLS8 9. Many-Body Physics of Strongly Correlated Electronic Systems, with Applicability to Condensed Matter Theory, Mr. Anibal Lugo PowerPointPDOLS9
Partnership Development Office's Lecture Series (PDOLS)
Lectures:
1. Evaluation of Concurrently Asynchronous Algorithms on a Tesla/Fermi GPU Using CUDA, Mr. Eduardo Ponce
PowerPointPDOLS1
2. Internet architecture and peer-to-peer overlay networks, Mr. Raymond Borges
PowerPointPDOLS2
3. Parallel Evaluation of Large Scale Hierarchical Results, Mr. David Cruz
PowerPointPDOLS3
4. Stongly correlated electrons model , Mr. Jesús Torres
PowerPointPDOLS4
5. Many-Body Physics of Strongly Correlated Electronic Systems, with Applicability to Condensed Matter Theory, Mr. Anibal Lugo
PowerPointPDOLS5
6. The MIMO Technique as a New Key Step toward Shannon Boundary of Channel Capacity, Dr. Viktor Zaharov
PowerPointPDOLS6
7. Analysis of Different Robust Methods for Linear Array Beamforming, Dr. Luis Vicente
PowerPointPDOLS7
8. Parallel Evaluation of Large Scale Hierarchical Results, Mr. David Cruz
PowerPointPDOLS8
9. Many-Body Physics of Strongly Correlated Electronic Systems, with Applicability to Condensed Matter Theory, Mr. Anibal Lugo
PowerPointPDOLS9