Update README.md

README.md

@@ -17,9 +17,9 @@ For the implementation we have implemented support packages which can be reused:
 1. For the security parameters we choose 200-bit p, 10^6-bit q, 40-bit r and 1000 elements in the public key. We choose those values
    because they improve the performance of the scheme, and everything still works.
 
-2. In the homomorphic encryption scheme, we need to choose a subset S. We do this by shuffling a list containing the numbers [1,...,n] 
-   and then chooses the k first numbers in the list, where k is a random integer in the range [1,...,n). This was we always add at least
-   some noise to the encryption.
+2. In the homomorphic encryption scheme, we need to choose a random subset S. We do this by shuffling a list containing the numbers [1,...,n] 
+   and then choosing the k first numbers in the list, where k is a random integer in the range [1,...,n). This ensures we always add some      
+   noise to the encryption.
 
 ## Requirements
 
@@ -29,7 +29,7 @@ The protocol is tested using [Go 1.17](https://golang.org/dl/), but will likely
 
 You can run the tests with go:
 ``` 
-go test ./cmd/handin5
+go test ./cmd/handin6
 ```
 This executes the protocol tests. This includes a test that tries the protocol on all combinations of recipient and donor blood types.