Thus, this signal set consists of signals.

- Draw and accurately label a block diagram for the optimum receiver for this signal set.
- Draw and accurately label the signal constellation in an appropriately chosen signal space and indicate the decision boundaries formed by the optimum receiver.
- Compute the probability of error achieved by the optimum receiver.
- Now consider the two-dimensional signal set:

Draw and accurately label the signal constellation in an appropriately chosen signal space and indicate the decision boundaries formed by the optimum receiver. - Compute the probability of error achieved by the optimum receiver.

2003-01-28