Using C++ programming. Using C++ 03 language standard. Pointers and Dynamic Memory Allocation. One and Multi-dimensional Arrays. Functions. Data files. While & For.

PROJECT 3: CUMULATIVE LEARNING The completed assignment must be submitted via Blackboard. Document name must be: LastName_P3.cpp Your code must be saved as C++ file The source code file must contain a file header formatted as specified below. The . header information must be complete and accurate. The source code file should use self- documenting code and additional comments (as required) to improve code readability SOURCE FILE HEADER /I EGR 126 ELI Summer 2018 /I Student Name: First name LASTNAME (last name must be in capitals) // Assignment: // Systeins ihe operating system and IDE information Submission Date: /I Purpose: Explain what this program does and if there are any limitations or constraints / COMMUNICATION CHANNEL CLASSIFICATION In digital voice communication (that which you have experienced while using your cell phone), a challenge is to characterize the behavior of the communication channel through which the signal is traveling. Communication channels have different degradation effects on signals, and it becomes difficult to use a corrupted signal on the receiver side. To overcome this challenge, engineers develop channel identification and classification techniques. In the channel identification process, engineers send a known signal (the reference signal) into the channel of interest and then measure the output signal that the channel produces. Knowing the properties of the reference signal, the return (output) signal can be compared with the input (the reference signal) to see the effect of the channel on the signal. Communicatiorn Channel 1 (unknown characteristic) OUTPUT # 1 GIVEN INPUT REFERENCE Communication Channel 2 (unknown characteristic) OUTPUT #2 GIVEN GIVEN Communicationn Channel 3 (unknown characteristic) OUTPUT #3 GIVEN To implement a channel identification method to measure the effect of the channel, we need a comparison technique. What is the best way to compare two signals? The answer for this critical uestion is found in mathematics: Euclidean Distance. In digital voice communication, channel