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colab

ece3310

ECE3310 - Data Structures and Algorithms with Menglai Yin

ece_3301_labs

A introduction in Microcontrollers using the PIC 18F4620

engr-103-final-project

f22_ece4715

Repo containing codes for ECE 4715 (Fall 2022)

git_test

hid_bootloader

homework-4

Homework for CS150 class

hw_3_cs150

Create four functions for addition, subtraction, multiplication, and division that each accept an array of doubles (remember that arrays are always passed by reference without needing an &) as well as an operand of type double passed by value. Each function will perform its’ operation on each element of the array using the operand.Example: Operation is addition, array contents are [2.5, 4.5, 6.5, 8.5, 10.5], operand is 7, the array would be changed to contain [9.5, 11.5, 13.5, 15.5, 17.5].Hint: Remember that arrays are always passed by reference, so your return types for these functions should be void.Create a fifth function that prints the contents of the array to the screen, one element per line. This function should accept an array of doubles as its’ only argument. The print function should not modify the contents of the array in any way – declare the parameter as const to ensure that this is the case (note that you could not do this with the four other functions since they need to modify the array). The print function should also return void.In main ask the user to enter the values to store in the array. Print the array using your print function. Have the user select an operation to perform on the array by typing +, - , * or /, then enter an operand. Perform the given function on the array using the given operand and then print the array contents using your print function again.Use a global int constant for the size of the array – set it to 5. If the global constant is changed in the code your program should still work properly.Make sure nothing in your code results in junk values or causes a segmentation fault.

intvector

kepler452

kepler452-b

lab-23

lab-26

lab24

lab27

lab27.28

lab_19

lab_20

functions for CS 150 class

lab_21

Struct data type test

lab_22

class test c++

last-of-the-labs

Repo consisting of unfinished labs to turn in monday may 20, 2019

max-pairwise-product

In this programming challenge, your goal is to implement a program that works in less than one second even on huge datasets. In section Maximum Pairwise Product of the file week1_programming_challenges/week1_programming_challenges.pdf we walk you through a step-by-step process of solving this challenge.

maxpairproduct

mcc-csclub.github.io

MCC-CSClub website development repository.

michael-luna

mluna030.github.io

temperature-sensor

Final lab for the Electrical and Computer Engineering Introduction to Microcontrollers

titanic_ml

This is the legendary Titanic ML competition – the best, first challenge for you to dive into ML competitions and familiarize yourself with how the Kaggle platform works. The competition is simple: use machine learning to create a model that predicts which passengers survived the Titanic shipwreck.

voltagedivider

Simulation of Electric Circuits with Matlab