Project 4: IoT-enabled peer-to-peer energy trading REU Students: Nicholas Shanklin & Eric Elliot Graduate mentors: Sharare Zehtabian & Rehan Faculty.

Slides:

Advertisements

Similar presentations

Project 1: Investigating the Value versus Cost of Privacy in the Internet of Things REU Student: Patrick Dorton Graduate mentors: Salih Safa Bacanli.

Advertisements

Project 10: Innovative IoT Applications in Scientific Research and Consumer Market REU Student: Nathalie Domingo Graduate mentors: Kelvin Ly, Kaveh.

Project 7: Modeling Social Network Structures and their Dynamic Evolutions with User- Generated Data from IoT REU Student: Emma Ambrosini Graduate mentors:

Week 6 (June 18-22, 2018) Accomplishments: Problem & Solutions

Project 9: Investigating User Benefits and Risks Associated with IoT use REU Student: Kaley Brindisi Graduate mentor: Karla Badillo-Urquiola Faculty.

Project 7: Modeling Social Network Structures and their Dynamic Evolutions with User- Generated Data from IoT REU Student: Emma Ambrosini Graduate mentors:

Project 4: Internet of Things for Health and Wellness REU Student: Shanzila Chowdhury Graduate mentor: Michael Eakin Faculty Mentor: Dr. David Metcalf.

Project 9: Investigating User Benefits and Risks Associated with IoT Use REU Student: Joseph Prause Graduate mentors: Arup Ghosh and Neda Hajiakhoond.

Project 4: Internet of Things for Health and Wellness REU Student: Shanzila Chowdhury Graduate mentor: Michael Eakin Faculty Mentor: Dr. David Metcalf.

Project 9: Investigating User Benefits and Risks Associated with IoT Use REU Student: Joseph Prause Graduate mentors: Arup Ghosh and Neda Hajiakhoond.

Project 9: Investigating User Benefits and Risks Associated with IoT Use REU Student: Joseph Prause Graduate mentors: Arup Ghosh and Neda Hajiakhoond.

Project 1: Smart Home REU student: Jason Ling Graduate mentors: Safa Bacanli Faculty mentor(s): Damla Turgut Week 7 (June 25 – July ) Accomplishments:

Project 1: Smart Home REU student: Jason Ling Graduate mentors: Safa Bacanli Faculty mentor(s): Damla Turgut Week 9 (July 9 – July ) Accomplishments:

Project 9: Investigating User Benefits and Risks Associated with IoT use REU Student: Joseph Prause Graduate mentors: Arup Ghosh Faculty Mentor(s):

Issues or problems encountered and solutions:

Project # 12, Smart Walker REU student: Jonathan Guilbe Graduate mentors: Sharare Zehtabian, Siavash Khodadadeh Faculty mentor(s): Dr. Turgut, Dr. Boloni.

Project # 12, Smart Walker REU student: Jonathan Guilbe Graduate mentors: Sharare Zehtabian, Siavash Khodadadeh Faculty mentor(s): Dr. Turgut, Dr. Boloni.

Week 1 (May 14 – May 21, 2018) Accomplishments: Problem & Solutions

Project 1: Smart Home REU student: Jason Ling Graduate mentors: Safa Bacanli Faculty mentor(s): Damla Turgut Week 8 (July 2 – July ) Accomplishments:

Project #5: Generating Privacy and Security Threat Summary for Internet of Things REU Student: Ray Yan Graduate mentors: Logan Lebanoff Faculty Mentor(s):

Project # 12, Smart Walker REU student: Jonathan Guilbe Graduate mentors: Sharare Zehtabian, Siavash Khodadadeh Faculty mentor(s): Dr. Turgut, Dr. Boloni.

Project 9: Investigating User Benefits and Risks Associated with IoT use REU Student: Kaley Brindisi Graduate mentor: Karla Badillo-Urquiola Faculty.

Project 9: Leveraging the Fitbit API to Share Activity Levels with a Trusted Caregiver REU Student: Kim Chen Faculty Mentor(s): Dr. Wisniewski and.

Project # Energy-Efficient Computing Devices for IoT REU student: Joseph Tobon Graduate mentors: Juan Escobedo Contreras and Stephen Williams Faculty.

Project # 12 – Smart Walker REU student: Christopher Feltner Graduate mentors: Sharare Zethabian and Siavash Khodadadeh Faculty mentor(s): Dr. Turgut.

Project # 12, Smart Walker REU student: Jonathan Guilbe Graduate mentors: Sharare Zehtabian, Siavash Khodadadeh Faculty mentor(s): Dr. Turgut, Dr. Boloni.

Project # 12 – Smart Walker REU student: Christopher Feltner Graduate mentors: Sharare Zethabian and Siavash Khodadadeh Faculty mentor(s): Dr. Turgut.

Project # 12 – Smart Walker REU student: Christopher Feltner Graduate mentors: Sharare Zethabian and Siavash Khodadadeh Faculty mentor(s): Dr. Turgut.

Project # 12 – Smart Walker REU student: Christopher Feltner Graduate mentors: Sharare Zethabian and Siavash Khodadadeh Faculty mentor(s): Dr. Turgut.

Project # Energy-Efficient Computing Devices for IoT REU student: Joseph Tobon Graduate mentors: Juan Escobedo Contreras and Stephen Williams Faculty.

Project #5: Generating Privacy and Security Threat Summary for Internet of Things REU Student: Ray Yan Graduate mentors: Logan Lebanoff Faculty Mentor(s):

Project # 12 – Smart Walker REU student: Christopher Feltner Graduate mentors: Sharare Zethabian and Siavash Khodadadeh Faculty mentor(s): Dr. Turgut.

Project # Energy-Efficient Computing Devices for IoT REU student: Joseph Tobon Graduate mentors: Juan Escobedo Contreras and Stephen Williams Faculty.

Week 9 (July , 2018) Accomplishments: Problem & Solutions

Project # 12, Smart Walker REU student: Jonathan Guilbe Graduate mentors: Sharare Zehtabian, Siavash Khodadadeh Faculty mentor(s): Dr. Turgut, Dr. Boloni.

Week 7 (June 25-29, 2018) Accomplishments: Problem & Solutions

Week 3 (June 11 – 15, 2018) Accomplishments: Problem & Solutions

Project 11: Security and Privacy of the Communication Channels among IoT Devices REU Student: Tianbo Chen Graduate mentors: Safa Bacanli Faculty Mentor(s):

Week 8 (July 2–6, 2018) Accomplishments: Problem & Solutions

Project #: IoT-enabled peer-to-peer energy trading REU Students: Eric Elliott & Nicholas Shanklin Graduate mentors: Sharare Zehtabian Faculty mentor(s):

Project 4: IoT-enabled peer-to-peer energy trading REU Students: Eric Elliott & Nicholas Shanklin Graduate mentor(s): Safa Bacanli Faculty mentor(s):

Week 10 (July 16 – 20, 2018) Accomplishments: Problem & Solutions

Issues or problems encountered and solutions:

Project #6: Processing data from a visual IoT sensor of Fluid/Structure interactions with Machine Learning REU Students: Alexis Downing and Pete Orkweha.

Project 7: IoT augmented physical scale model of a suburban home REU Students: Thomas Burns and Gregory Fichthorn Graduate mentors: Safa Bacanli and Sharare.

Project 1: IoT-enabled smart mobility devices for aging and rehabilitation REU Students: Kelly Fullin & Nafisa Mostofa Graduate mentors: Sharare Zehtabian.

Project 4: IoT-enabled peer-to-peer energy trading REU Students: Nicholas Shanklin & Eric Elliot Graduate mentors: Sharare Zehtabian & Rehan Faculty.

Project 4: IoT-enabled peer-to-peer energy trading REU Students: Eric Elliott & Nicholas Shanklin Graduate mentors: Sharare Zehtabian Faculty mentor(s):

Project #6: Processing data from a visual IoT sensor of Fluid/Structure interactions with Machine Learning REU Students: Alexis Downing and Pete Orkweha.

Project 4: IoT-enabled peer-to-peer energy trading REU Students: Eric Elliott & Nicholas Shanklin Graduate mentors: Sharare Zehtabian Faculty mentor(s):

Project 4: IoT-enabled peer-to-peer energy trading

Project 4: IoT-enabled peer-to-peer energy trading REU Students: Eric Elliott & Nicholas Shanklin Graduate mentors: Sharare Zehtabian Faculty mentor(s):

Project 4: IoT-enabled peer-to-peer energy trading REU Students: Eric Elliott & Nicholas Shanklin Graduate mentors: Sharare Zehtabian Faculty mentor(s):

Project 1: IoT-enabled smart mobility devices for aging and rehabilitation REU Students: Kelly Fullin & Nafisa Mostofa Graduate mentors: Sharare Zehtabian.

Project 4: IoT-enabled peer-to-peer energy trading

Project 7: IoT augmented physical scale model of a suburban home REU Students: Thomas Burns and Gregory Fichthorn Graduate mentors: Safa Bacanli and Sharare.

Project 7: IoT augmented physical scale model of a suburban home REU Students: Thomas Burns and Gregory Fichthorn Graduate mentors: Safa Bacanli and Sharare.

Project 6: Processing data from a visual IoT sensor of fluid/structure interactions with machine learning REU Students: Pete Orkweha & Alexis Downing.

Project 1: IoT-enabled smart mobility devices for aging and rehabilitation REU Students: Kelly Fullin & Nafisa Mostofa Graduate mentors: Sharare Zehtabian.

Project 6: Processing data from a visual IoT sensor of fluid/structure interactions with machine learning REU Students: Pete Orkweha & Alexis Downing.

Project #6: Processing data from a visual IoT sensor of Fluid/Structure interactions with Machine Learning REU Students: Alexis Downing and Pete Orkweha.

Project 6: Processing data from a visual IoT sensor of fluid/structure interactions with machine learning REU Students: Pete Orkweha & Alexis Downing.

Project #2: IoT and augmented reality: agents with pervasive awareness, appearance, and abilities REU Students: Nikhil Mahalanobis & Kendra Richards Graduate.

Project #6: Processing data from a visual IoT sensor of Fluid/Structure interactions with Machine Learning REU Students: Alexis Downing and Pete Orkweha.

Project 1: IoT-enabled smart mobility devices for aging and rehabilitation REU Students: Kelly Fullin & Nafisa Mostofa Graduate mentors: Sharare Zehtabian.

Project 4: IoT-enabled peer-to-peer energy trading REU Students: Eric Elliott & Nicholas Shanklin Graduate mentors: Sharare Zehtabian Faculty mentor(s):

Project 4: IoT-enabled peer-to-peer energy trading REU Students: Eric Elliott & Nicholas Shanklin Graduate mentors: Sharare Zehtabian Faculty mentor(s):

Project 1: IoT-enabled smart mobility devices for aging and rehabilitation REU Students: Kelly Fullin & Nafisa Mostofa Graduate mentors: Sharare Zehtabian.

Presentation transcript:

Project 4: IoT-enabled peer-to-peer energy trading REU Students: Nicholas Shanklin & Eric Elliot Graduate mentors: Sharare Zehtabian & Rehan Faculty mentor(s): Dr. Qun Zhou & Dr. Damla Turgut Week 7 (July 8 – July 12, 2019) Accomplishments: Simulated the blockchain interface between web based software SolTrade and Microgrid. Finished Introduction, Methods section of the research poster. Focus on energy Marketplace and user bidding to exchange between prosumer and consumer. Problem & Solutions Knowing if the data we collected is valid. If the data we collecting is contributing to the future project of peer to peer energy trading. Finishing analyzing results so we can contribute them to our research poster. Plans for next week: Wrapping up our findings for peer to peer energy trading and finishing our final report.