2021 Projects
- ATCorp
- Adventium Labs
- BCBSND
- BlenderRender
- Bushel
- CHAPS
- CSAIA
- Collins
- Inwerken
- John Deere
- Marvin
- Microsoft
- NAU
- Noridian
- OpenStack
- Pedigree
- Potlatch
- Scheels
- UGPTI
2020 Projects
- Adventium
- Aeritae
- Appareo
- BCBS
- Barginns
- Border States
- Botlink
- Bushel
- Capturis
- Collins
- Inwerken
- John Deere
- Marvin Windows
- Microsoft
- Nau Country
- Noridian
- Openstack
- Pedigree
- Scheels
- TBD(Deakin)
- UGPTI
2019 Projects
- ATC
- Adventium
- Aeritae
- Barginns
- Border States
- Capturis
- Collins
- Deakin
- Fjorge
- ICPE
- Integrity
- Microsoft
- Myriad Mobile
- NDSU CS
- Nau Country
- Noridian
- Omnibyte
- Openstack
- Pedigree
- Scheels
- Software Center
- UGPTI
2018 Projects
- ATC
- Adventium
- Aeritae
- Appareo
- Border States
- Capturis
- ControTech
- Fjorge
- Inwerken
- John Deere
- Microsoft
- NDSU Music
- Next
- Noridian
- OmniByte
- OrbitalATK
- Pedigree
- QBE NAU
- Rockwell Collins
- Software Center
- UGPTI
2017 Projects
- Adventium
- Botlink
- Data61
- Ericsson
- FBS
- Fjorge
- Humach
- IBM
- Integrity
- Intelligent Insights
- Inwerken
- John Deere
- Microsoft
- Mindroad
- Noridian
- Pedigree
- QBE NAU
- Sanford
- UGPTI
- Valley Express
2016 Projects
- ATC
- Adventium
- Bolder Thinking
- Capturis
- Data61
- FBS
- Fjorge
- IBM
- Integrity
- Inwerken
- John Deere
- Linkoping SMHI
- Microsoft
- NDSU IT Dept
- Noridian
- Rockwell Collins
- UGPTI
- Valley Express
2015 Projects
- ATC
- Adventium
- Bolder Thinking
- CNE
- Capturis
- Ericsson
- IBM
- Inwerken
- John Deere
- Microsoft
- NICTA
- Rockwell Collins
- UGPTI
- Valley Express
2014 Projects
- Bolder Thinking
- CNE
- FBS
- IBM
- Inwerken
- John Deere
- Microsoft
- NISC
- Rockwell Collins
- UGPTI
- Valley Express
2013 Projects
2012 Projects
- ATC
- Air Academy
- Bolder Thinking
- Combridge
- Douglas Scientific
- FBS
- IBM
- Microsoft
- NDSU CS (Denton)
- NDSU CS (Kong)
- NDSU CS (Walia)
- NISC
- Phoenix International
- RDO
- Rockwell Collins
- Syntronic
- UGPTI
2011 Projects
John Deere: Ethernet Visualizer
Project Details
The Ethernet Visualizer application allows the user to view data being received from an inverter or other Ethernet enabled device that complies with the UDP packet structure it expects.
Purpose:
- Simplifies testing by providing a tool that gives uniform visual representations of data
- Easier to maintain and update than previous applications such as LABview, which uses a visual programming language
- Flexible and elegant code allows for future modification and further implementation
Business Applications:
- Displays a visual representation of signal levels from an external electrical system
- Provides an easy to use graphical user interface
- Valuable in the development and testing of electrical systems and motors
- Can be readily ported to other devices in future development
Data Flow Diagram:
The power inverter outputs diagnostic data to the controller board. The board then relays the information over Ethernet to our application. Our application then interprets and displays the data.
Team Members:
Jordan VanSickle, Rachel Larson, Jaden VanEckhout