We will use the same Arduino thermistor setup as sensor.ino this time you will use MATLAB. and the Instead of writing a C or C++ program to interface with the Arduino, Here is the starter code that you can save as amfile in MATLA s-serialport ("/dev/cu.usbserial-110", 9600); t-[]; x-[]; write a for loop that does 40 iterations and in each iteration read 480 bytes from the Arduino, calculate the average and then the temperature, and then plot fclose(s); The serialport command opens up a serial port. You will need to change the /dev/cu.usbserial-110 to whatever port your Arduino is connected to on your computer. The code creates an empty t array that represents time and an empty x array that holds the data. You will need to write a for-loop that iterates 40 times and in each loop iteration, read 480 bytes from the serial port using the following command: data-read (s, 480, "uint8"); Within the for loop, calculate the average of this data array, and from this average calculate the Fahrenheit temperature as in previous labs. Add this temperature to the end of the x array and add the time to the t array. Since you are reading 480 bytes every iteration, and the Arduino is sending data at 960 bytes/s, that means each iteration is 0.5 seconds. So, the first time value will be 0, then 0.5, 1.5, etc. until you get to 19.5s. Once you have added the values to the x and t arrays, you can plot the temperature with the following code: plot (t,x); ylim ([65 90]); xlim ([0 20]); drawnow; The ylim and xlim commands are necessary so that MATLAB doesn't continuously autoscale the figure which can be a little disconcerting. Note that the range of the temperature is from 65 to 90° Fahrenheit. So, if your temperature calculations are not correct, you may not see anything on the plot. The drawnow command ensures that the plot is drawn immediately so that you can get a real-time display of the temperature over time. Make sure that these plot commands are within the for loop. Important: You may find that if you make an error in your program and the code does not complete properly, you may not execute the fclose command which means the serial port is still open. That will cause a subsequent fopen call to fail. If you encounter this problem, just run the following command to close any open serial ports: fclose(instrfind('Status', 'open'));

Write a C program that gets a source file name from a user. If the file does not exist, it will generate a proper error and exits.If the file exists, it also gets the name of two more files from the user, say destination1 and destination2. These files don’t need to exist as they are files that need to be written to. If the files cannot be opened for writing, a proper error will be generated. The program then reads the source file line by line. It will copy every line that has a digit in it to destination 2 and lines that have no digit in them to destination 1. Feel free to use ctype’s isdigit() function to identify digit characters.   Example: If source file is:Hi My name is VeriaHello My name is John. How can I help you?I have a problem with my giga bit internet. The speed should be around 1000 but it’s just 200 Sure! I can help with that. Can I have your number in case we get disconnected? Sure! My number’s 647-123-1234   First file (destination 1) should be Hi My name is Veria Hello…

Write a program in HACK assembly, without using symbols, that implements the described Feistel encryption system. The initial key, Ko, will be stored in RAM[1], and the 16-bit plaintext will be stored in RAM[2]. The result of the encryption should be stored in RAM[0]. Your solution should be submitted in a file called "FeistelEncryption.asm".

Write a Matlab program in a script file that finds and displays all the numbers between 700 and 2999, whose product of digits is 6 times the sum of the digits (e.g. 2864 since 2*8*6*4 = 6(2+8+6+4)). You may use a loop in the script. For extra credit, print out also the number of times that the product and sum were the same! (5 pts)

Consider the following common task done repeatedly:• Read the next input (x = read())• If the input is not valid (valid(x)), exit the loop• Print the input read (print(x))• Repeat the loop Using C++ syntax:Write the loop above using a pretest loop, posttest loop and a user-located loop control mechanisms. Which one is more readable? Why?

I need the code in C programing i am begging you please. There are several test cases. Each test case begins with a line containing a single integer n (1≤n≤1000). Each of the next n lines is either a type-1 command, or an integer 2 followed by an integer x. This means that executing the type-2 command returned the element x. The value of x is always a positive integer not larger than 100. Given a sequence of operations with return values, you’re going to guess the data structure. It is a stack (Last-In, First-Out), a queue (First-In, First-Out), a priority-queue (Always take out larger elements first), not sure(It can be more than one of the three data structures mentioned above) or impossible(It can’t be a stack, a queue or a priority queue).   Sample Input  Sample output 6 1 1 1 2 1 3 2 1 2 2 2 3 6 1 1 1 2 1 3 2 3 2 2 2 1 2 1 1 2 2 4 1 2 1 1 2 1 2 2 7 1 2 1 5 1 1 1 3 2 5 1 4 2 4 1 2 1 queue not sure impossible stack priority queue impossible

This assignment will give you practice on basic C programming. You will implement a few Cprograms

Write your C++ program in main.cpp. Write a program that generates n random numbers each in the interval [11, 213] inclusive. The user will provide the value for n. The program prints the numbers, the minimum, the maximum, and the numbers average. Note: Your output will be different as the numbers are generated randomly. When you are done: Download your code. It will save the file main.cpp and rename the file to Lab8_Ex1.cpp. This is very important so that you can always access the code later. How to Submit: Select all the code using Ctrl + A / Cmd + A. Copy the code using Ctrl + C / Cmd + C. Paste the code in the answer box using Ctrl +V/ Cmd +V on the blackboard. Ignore if the formatting of the code is different. Move to the next question or press the Save and Submit button. Sample Input/Output: Enter how many numbers: 5 The 5 random numbers are: 188 31 183 72 The minimum is 31 The maximum is 188 The average is 118.6 119

Write a C++ program that reads two items from a data file, the bit string itself and the parity required, and then adjusts the bit string and then expresses both the original string and the parity adjusted string in hexadecimal form.Sample Run:Enter the bit string and parity (EVEN or ODD): 10110101 EVENOriginal Hex Value: B5Parity Adjusted Hex Value: 16B

Write a program in C  that can convert a bit stream of a message into a frame by using Hamming coding. The bit stream is the input parameter of the program. For example, given an input parameter as 1001000, the correct output of the frame is 00110010000. Input bit stream will have 1 to 64 bits. Some self-testing examples are:Input 1001000; output 00110010000Input 1101001100110101; output 011110110011001110101Input 1010101; output 11110100101Input 11111111; output 111011101111   Write a program in C  that can convert a bit stream of a message into a frame by using CRC. The bit stream is the first input parameter of the program, which will have 8 to 128 bits. The generator function is the second input parameter of the program, which will have 4 to 16 bits. For example, if the generator function is x^4 + x + 1, the second input will be 10011. The output should be the transmitted bit stream with its CRC checksum bits; see example in Figure 3-9 in the textbook. Some self-testing examples…