Difference between revisions of "Projects:2018s1-111 IoT Connectivity Investigation"
(→Introduction) |
(→Introduction) |
||
| Line 18: | Line 18: | ||
As computers and network connectivity has become cheaper, more and more devices have been connected to the internet for a wide variety of purposes. These devices which are not used by a human in the way a traditional computer is are known as the "Internet of Things" (IoT.) | As computers and network connectivity has become cheaper, more and more devices have been connected to the internet for a wide variety of purposes. These devices which are not used by a human in the way a traditional computer is are known as the "Internet of Things" (IoT.) | ||
| − | This project will seek to retrofit existing ultrasonic medical cleaning devices to make them IoT enabled to provided additional functionality for the client. | + | This project will seek develop a system with which to retrofit existing ultrasonic medical cleaning devices to make them IoT enabled to provided additional functionality for the client. |
== Abstract == | == Abstract == | ||
Soniclean has tasked Edward and Jack to develop an auditing system of their medical grade ultrasonic cleaning machines. A Raspberry Pi with a wireless modem will be integrated in the machines. This subsystem will be developed by Edward and Jack to transmit cleaning cycle data and generate logs. Soniclean intends to use this to provide an auditing and monitoring service to its clients throughout the world. | Soniclean has tasked Edward and Jack to develop an auditing system of their medical grade ultrasonic cleaning machines. A Raspberry Pi with a wireless modem will be integrated in the machines. This subsystem will be developed by Edward and Jack to transmit cleaning cycle data and generate logs. Soniclean intends to use this to provide an auditing and monitoring service to its clients throughout the world. | ||
Revision as of 11:33, 9 April 2018
Project Team
Sponsor
Soniclean
Honours Students
Edward Gray
Jack Mansfield
Supervisor
Andrew Allison
Introduction
As computers and network connectivity has become cheaper, more and more devices have been connected to the internet for a wide variety of purposes. These devices which are not used by a human in the way a traditional computer is are known as the "Internet of Things" (IoT.)
This project will seek develop a system with which to retrofit existing ultrasonic medical cleaning devices to make them IoT enabled to provided additional functionality for the client.
Abstract
Soniclean has tasked Edward and Jack to develop an auditing system of their medical grade ultrasonic cleaning machines. A Raspberry Pi with a wireless modem will be integrated in the machines. This subsystem will be developed by Edward and Jack to transmit cleaning cycle data and generate logs. Soniclean intends to use this to provide an auditing and monitoring service to its clients throughout the world.
