1. Reconfigurable Computing Architectures for Wireless Applications By HUA TANG OVIDIU CARNU

2. Why reconfigurable computing for wireless? The gap between traditional architectures can provide and what wireless applications needs for signal processing The dynamics of wireless communication standards The realities of building large system on chip (SOC) solutions

3. Chameleon Reconfigurable Communication Processor

4. 1v Heterogeneous Reconfigurable DSP IC

5. Heterogeneous Reconfigurable Architecture Template

6. Chip Implementation I: Maia

7. Chip Implementation II:Maia

8. PROTEUS-Lite Architecture

9. PROTEUS-Lite Chip

10. PROLEUS-Lite Chip

11. FACT: CAD coevaluation system

12. PLCAD: Dedicated CAD system for Lite

13. PLCAD system overview

14. Comparison with Xilinx FPGA

15. Programmable ATM adapter using Lite

16. Comparison and Conclusion Ease of use Flexib ility Adapta bility Power Efficiency Perfor mance Cham Archi good N/Afaster Heter DSP averagegood low power Pro- Lite good N/Aless delay