Reference no: EM132383299
Assessment item 3 - Individual submission
Objectives
This assessment item relates to the unit learning outcomes as stated in the unit profile.
Enabling objectives
1. Analyse a case study and identify issues associated with the business;
2. Develop and deploy the application in IBM Cloud;
3. Evaluate existing and new functionalities to address business problems;
4. Prepare a document to report your activities using text and multimedia (for example screenshots, videos).
General Information
The purpose of this assignment is to create a cloud based simulating environment which will help to identify/understand the problem stated in the given case study using analysis tools available in IBM Cloud. In assignment three, you are working individually. By doing this assignment, you will learn to use skills and knowledge of emerging technologies like cloud computing, IoT, to simulate a business scenario to capture operational data and share with a visualization tool. You will acquire a good understanding of smart application design in a cloud environment for efficient application configuration and deployment.
What do you need to do?
The assignment requires you to do the following -
• Choose a case study out of given three below and analyse the case study to understand the business problem and required tasks assigned to you to address the problem.
• Design and develop smart application to execute all required tasks given in your chosen case study.
• Finally prepare a report according to given format and specifications below and submit it in Moodle.
Report format and specifications -
You are required to submit a written report in a single Microsoft Word (.doc or .docx) document. There is no word limit, but any unnecessary information included in the report may result in reduced marks.
The report must contain the following content (feel free to define your own sections, as long as you include all the required content):
o Cover page/title page and Table of contents
o URL of the IBM Watson IoT Platform and NODERED applications
o Login details of the IBM Cloud account and authentication token detail of your IoT device/objects
o Introduction
o Case study analysis which will report -
o Identify four business improvements that can be addressed by your extended modules.
o Were the collected sensor's data effective to develop required tasks in the extended modules? Why or why not?
o Suggest collection of five new sensor data elements (other than data already collected) which could be helpful to develop extended modules better.
o The step by step process you have followed to configure and deploy the application. You may choose to use screenshots and notes to enrich your report but you must have a video of the process.
o Video link of you working while deploying and configuring
o Difficulties you faced -
o What are the difficulties you have faced during the process of app deployment and data collection?
o How did you address those difficulties?
o How is the application development and management in cloud different than traditional application management?
o Conclusion
o References
Business Case One:
Detect excessive shock using phone's sensor data
1) An IBM NODERED system to -
• identify and display shock using phone's sensor data and display a message in debug if there is a shock event,
• post a Twitter alert using your twitter account when the shock is detected,
• display shocks over time using a line graph/chart,
• store excessive shock events in IBM Cloudant database using NODERED flow and
• identify the orientation (upright to a horizontal position only) of the phone to display in debug pane.
2) An IBM Watson IoT Platform dashboard system to
• Create rules to send an email alert when orientation change is detected
Business Case Two:
Detect excessive shock and phone's location using sensor data
1) An IBM NODERED system to -
• identify and display shock using phone's sensor data and display a message in debug if there is a shock event,
• post a Twitter alert using your twitter account when the shock is detected,
• display shocks over time using a line graph/chart,
• store excessive shock events in IBM Cloudant database using NODERED flow and
• in NODERED, identify the location of the phone using phone's location information
2) An IBM Watson IoT Platform dashboard system to
• Create rules to send an email alert when shock is detected
Business Case Three:
Controlling speed of the conveyor belt
1) An IBM NODERED application to
• calculate the time of operation between each stop and start,
• store speed change, start and stop events in IBM Cloudant database,
• change the speed of the conveyor belt remotely using NODERED application and
• post a Twitter alert using your twitter account when the belt reaches over a set speed limit (Choose your own speed limit)
2) An IBM Watson IoT Platform dashboard system to
• Create rules to send an email alert when conveyor belt stop operation or speed change is detected
Attachment:- Cloud Computing for Smart Applications.rar