This is my turn-in web page of ece5530,  Configurable Computing. This objective of this class is to learn the history, contemporary issues, the player & community, hands-on experience, hardware/software/applications and future potential of configurable computing.

I collect all my work about this class here. Homework#1 creates software and hardware versions of a Lucas-Lehmer primality tester for Mersenne primes with exponent p in [5 .. 31].  A systolic array multiplier w/o modulus (> 1000 bits wide) is generated in Homework#3. Homework#5 is a introduction paper named "Configurable Computing Devices". Homework#11 modifies the bitstream by using Jbits.

My project of this class generates optimal Golomb rulers from mark1 to mark 7 successfully on Dini DN3000K10 broad, the Field Programmable Gate Array (FPGA) platform of this class.

Have fun!