Objectives This assessment item relates to the unit learning outcomes 2 and 3 of the unit profile. Enabling objectives 1. Analyse a business problem 2. Configure, and deploy a cloud based smart/IoT...

Objectives


This assessment item relates to the unit learning outcomes 2 and 3 of the unit profile.


Enabling objectives


1. Analyse a business problem


2. Configure, and deploy a
cloud based
smart/IoT (Internet of Things) application to simulate the


problem


3. Design a Node-RED based visual tool to debug the telemetry data from simulation

Choose a Business Case only for your assignment two and three


Business Case One:


Smart application to monitor trucks movement and telemetry


AB Pty. Ltd is a delivery company who has 3 trucks to deliver different products for third parties.


They have their set delivery zone which covers an area (feel free to choose an area) of Austin


downtown, Texas, USA. Due to the expanding demand their trucks are always busy. Most recently,


they are receiving complaints about delayed delivery and long queue of pending delivery. In the initial


stage of their business a truck on average can deliver 5 times a day. However, current average for


their trucks is only 3 times per day. The general manager of AB Pty. Ltd appointed a business analyst


to identify potential causes of the delay. The business analyst made a number of stage one


recommendations below -


• Develop a smart application to simulate the trucks movement.


• Divide the entire delivery area into two zones (east_west and south_north).


• Write a NODE-RED function node that will


o set different speed limit of the car for each zone and outside the zone.


o change speed value( feel free to assume the speed values) when it enters in a delivery


Zone and change it back when it is outside of the delivery zone. You can use ID of


delivery Zone, entry and exit message from GeoAlert to know about their entry and


exit in a specific zone.


• Create a visual dashboard using NODE-RED which will have a speed Gauge and speed chart


of a specific car.


The AB Pty. Ltd appointed you as an ICT professional to develop a simulated connected vehicle


application for simulation in Bluemix which will address the milestones above recommended by the


business analyst.


Business Case Two:


Smart application to remotely monitor a patient’s movement details


AB hospital has a physiotherapy department with 3 patients. The hospital is very renowned for their


services. It is receiving increasing pressure to increase their capacity to serve more physiotherapy


patients. However, their current capacity is limited to 3 patients only. Furthermore, as part of their


service, they also want to collect information about their patients walking habits within the walking


zone of the hospital to serve them better. They have appointed a business analyst to identify actions to


address the issues. The business analyst made a number of stage one recommendations below -


• Divide the entire walking area (feel free to choose an area) in Austin downtown, Texas, USA


into two zones (east_west and south_north).


• Write a NODE-RED function node that will


o set different walking speed of the patient for each zone and outside the zone.


o change speed value when it enters in a walking Zone and change it back when it is


outside of the zone. You can use ID of walking Zone, entry and exit message from


GeoAlert to know about their entry and exit in a specific zone.


• Create a visual dashboard using NODE-RED which will have a walking speed Gauge and


speed chart of a specific patient.


The AB hospital appointed you as an ICT professional to develop a simulated connected patient’s


application for simulation in Bluemix which will address the milestones above recommended by the


business analyst.