Lpetrica: Pagină nouă: == Objective == Create a PLB peripheral for calculating the sum of absolute differences (SAD) on arrays of 32-bit integers. Test attained acceleration when compared to a processor-on...

2013-03-14T08:10:52Z

Pagină nouă: == Objective == Create a PLB peripheral for calculating the sum of absolute differences (SAD) on arrays of 32-bit integers. Test attained acceleration when compared to a processor-on...

Pagină nouă

== Objective ==

Create a PLB peripheral for calculating the sum of absolute differences (SAD) on arrays of 32-bit integers. Test attained acceleration when compared to a processor-only SAD implementation.

== References ==

http://en.wikipedia.org/wiki/L1_norm

== Requirements ==

# Implement a circuit for SAD in Verilog (integrated within a user_logic.v peripheral template)
# Implement a test-bench for the Verilog code
# Analyze FPGA resource utilization of your circuit for different sizes of input vector (e.g, 8-16-32-128 integers)
# Create an XPS system which uses the SAD peripheral and determine what is the maximum size of input arrays on the Nexys-2 Board
# Implement the system and export it to SDK
# Create a C code project for processor-only SAD on arrays of 1024 integers, and test speed.
# Create a C code project for accelerated SAD on arrays of 1024 integers, and test speed.

Sum of Absolute Differences - Revizia istoricului

Lpetrica: Pagină nouă: == Objective == Create a PLB peripheral for calculating the sum of absolute differences (SAD) on arrays of 32-bit integers. Test attained acceleration when compared to a processor-on...