ASIC implemented MicroBlaze-based Coprocessor for Data Stream Management Systems.pdf (1.36 MB)
0/0

ASIC implemented MicroBlaze-based Coprocessor for Data Stream Management Systems

Download (1.36 MB)
thesis
posted on 04.05.2020 by LINKNATH SURYA BALASUBRAMANIAN
The drastic increase in Internet usage demands the need for processing data in real time with higher efficiency than ever before. Symbiote Coprocessor Unit (SCU), developed by Dr. Pranav Vaidya, is a hardware accelerator which has potential of providing data processing speedup of up to 150x compared with traditional data stream processors. However, SCU implementation is very complex, fixed, and uses an outdated host interface, which limits future improvement. Mr. Tareq S. Alqaisi, an MSECE graduate from IUPUI worked on curbing these limitations. In his architecture, he used a Xilinx MicroBlaze microcontroller to reduce the complexity of SCU along with few other modifications. The objective of this study is to make SCU suitable for mass production while reducing its power consumption and delay. To accomplish this, the execution unit of SCU has been implemented in application specific integrated circuit and modules such as ACG/OCG, sequential comparator, and D-word multiplier/divider are integrated into the design. Furthermore, techniques such as operand isolation, buffer insertion, cell swapping, and cell resizing are also integrated into the system. As a result, the new design attains 67.9435 µW

of dynamic power as compared to 74.0012 µW

before power optimization along with a small increase in static power, 39.47 ns of clock period as opposed to 52.26 ns before time optimization.

History

Degree Type

Master of Science in Electrical and Computer Engineering

Department

Electrical and Computer Engineering

Campus location

Indianapolis

Advisor/Supervisor/Committee Chair

Dr. John J. Lee

Additional Committee Member 2

Dr. Lauren A. Christopher

Additional Committee Member 3

Dr. Maher E. Rizkalla

Licence

Exports

Logo branding

Licence

Exports