Requirements for submitting: By studying the user requirement document (see below) you have to: 1. Categorize the requirements as: 1.1. functional requirements; 1.2. non - functional requirements; 2. In system design: 2.1. Represent the use case diagrams. 2.2. Represent the class diagrams (minimum 3 classes should be included). 2.3. Represent interaction diagrams for every system operation. 3. Write algorithmic code for all methods of the classes. You have to: Submit report with description of all items above. Upload report as pdf file to UZEBIM. Last day for submission is 29 December 2021. The late submission is not accepted. Requirement document Wind tunnel Monitor 1. The program is to monitor pressure and temperature from strain gauges placed on objects held in a wind tunnel. 2. The program must be written in C++ or Java Programming Languages on the computer IBM PC. 3. Signals received by the computer will come from a serial line. Each signal will be in ASCII format and will represent a pressure and temperature reading every second. 4. The program will monitor the pressure and temperature reading over a period of time no longer than 1 hour. 5. A general aim in the design of the program is to minimize the amount of main memory used. 6. Before a wind-tunnel experiment starts the tunnel operator must provide the program with the following items of data (a validation of input data should be provided by the program): A symbolic name for monitoring point and the amount of the pressure and temperature gauges (equal to each other) associated with that point. Maximum amount is less than or equal to 7. The start time for monitoring a pressure and temperature. The period over which a pressure average and temperature average is to be calculated (AVERAGEPERIOD). This should not be less than 10 second or more than 5 minutes. 7. At the end of the wind-tunnel experiment the program must produce for each pressure and temperature gauges a report. This must consist of: The name of the point. A list of pressure averages over AVERAGEPERIOD for the duration of experiment for every gauge. A list of temperatures averages over AVERAGEPERIOD for the duration of experiment for every gauge. A list of a standard deviation of pressures for the duration of experiment for every gauge. A list of a standard deviation of temperatures for the duration of experiment for every gauge. A list of pressure averages over AVERAGEPERIOD for the duration of experiment A list of temperatures averages over AVERAGEPERIOD for the duration of experiment