Description In your own words, answer this unit’s discussion questions in a main post (recommended minimum 300 words), and respond to at least 2 peers’ postings (recommended minimum 75 words). After you have reviewed the Assignment Details below, click the Launch Discussion Board link under the Assignments tab for this unit to open the Discussion […]

You will select 1 of the 4 topics for your Discussion Board (DB). Please read the instructions for the DB assignments carefully as they are different from your other classes that you have had DBs in. Selecting one of the four topics, you will be required to submit a 300-word minimum main topic posting. Your […]

Scenario: You are an investigator for Child Protective Services in your community. One of the most difficult aspects of interviewing is the interview of a suspected victim of child sexual abuse. Often, the first interviewers are detectives or investigators from the police department with little or no training for interviewing child sexual abuse victims. The […]

Purpose 1) To develop an understanding of the various ways in which humans have impacted a specific feature of the natural environment and attempts to mitigate negative impacts on the environment, 2) To provide evidence that these impacts are understood through discovering and rationalizing examples found where you currently live in. 3) To communicate findings clearly, effectively, and […]

Type your 1000 words Report Content here 1.0 Introduction (min of 3 references – can re-use reference source from assignment 1 and 2) est 100 – 150 words, you can describe: · The nature of the business and what it offers · Who are their customers · What is their TAM – Market size and value 2.0 ICT Solutions (est 300 […]

MSIN0041 – Individual Coursework 1 General instructions: Please submit your work in a PDF file to the designated submission dropbox on Moodle by 1 pm, 26 October 2022. Problem 1. Conjoint Analysis (5 marks) What are the steps in designing a conjoint study?  Explain the first step in the context of a specific company or industry that could implement conjoint designs to improve product designs or pricing decisions. Problem 2. Market Simulator Download the conjoint.R script posted to the Moodle page and start by running the first three sections of code.  That is, load the bayesm package and its camera data, load the custom functions, and estimate the conjoint model using rhierMnlRwMixture() from bayesm. If bayesm is not installed on your device, run install.packages(“bayesm”) to install the required […]

Nature: Modelling – Simulation Distinctive skills to be gained: Understand the principle of power electronics, energy conversion and energy storage how to model the losses and determine conversion efficiencies Background: Electrical energy can be transported and converted with high efficiency into other type of energy (such as mechanical in case of vehicles) but its storage is still a problem. The most known electrochemical storage device is the battery, but this has disadvantages such as a limited lifetime/number of charging/discharging cycles and a long charging and discharging time (hours) at a very limited current which is obviously not suited for EVs on road. Fast charging is a technique developed for […]

P1: Navmesh Pathfinding Introduction In this programming assignment you will need to implement in Python a bidirectional A* search algorithm to solve the problem of finding paths in navmeshes created from user-provided images. The program to build the navmeshes from images as well as a template code containing the prototype of the function you have […]

Assignment 1 This assignment will be distributed to you in week 3 via the course Moodle. It is due on Sunday midnight of week 5 (just before the start of flexibility week). The assignment must be submitted via Moodle as a single pdf file. Aim to make your assignment look like a professional consultancy report […]

This Assignment assesses the following Learning Outcomes: I. To demonstrate knowledge and understanding of cloud architecture including different platforms, models, and services. II. To demonstrate knowledge and understanding of the benefits and issues of cloud computing. III. To evaluate Cloud Computing systems in terms of general quality attributes and possible trade offs presented within the […]