Update README.md

README.md

@@ -15,10 +15,12 @@ If we know we will be doing a matrix addition for 2 4x4 array we can simply impl
 
 In this case we are going to use the FPGA to implement a processing unit in hardware from High Level C code that will be able to compute :
 1. *The weight matrix of a neural network* [Future Application to develop a hardware optimized neural network in final thesis]
-or 
-2. *2D matrix operation* [Future application to explore accelaration in a FIR filter]
 or
-3. *Do a linear search* [Future application to implement a hardware optimized for a fast database]
+2. *Finfing the nonce in Ethereum* [Future Application to find out if encoding is faster in FPGA]
+or
+3. *2D matrix operation* [Future application to explore accelaration in a FIR filter]
+or
+4. *Do a linear search* [Future application to implement a hardware optimized for a fast database]
 
 and 
 compare how CPU performs in comparision to our FPGA hardware that is exactly wired up to work on the kind of data we expect to provide as input.
@@ -43,7 +45,7 @@ The Tasks and maximum estimated time:
 
 0. Problem statement and solution Plan brainstorming on all 3 problems : *12 hrs*
 1. Pseudo code and solution adjustment : *6 hrs*
-2. Do a project ETA analysis and goto task 2 or repeat task 0-1 : *0 - 12 hrs*
+2. Do a project ETA analysis for [projects: *1,2,3,4*] and goto task 2 or repeat task 0-2 : *0 - 12 hrs*
 3. Vivado study of other solutions, available tools, code and hardware correlation : *24 hrs*
 4. Writting the code in Vivado : *12 hrs*
 5. Implementing code and checking hardware features and making final adjustments : *16 hrs*