DECEMBER MEETING

December Social Event (Special date and time)

ABOUT THE MEETING:   IEEE Social Event includes food and beverage in the Oakley meeting room as well as a brewery tour for all participants.

MENU:  Wood-Fired Fiesta

Appetizers:  Chips with Salsa Verde, Fuego, Fresca, Guacamole, Queso

Main Course:  Fajitas with Chicken, Steak & Vegetables Tortillas, Cheese, Lettuce, Cilantro-lime Crema

Sides:  Black Bean & Roasted Corn Salad Mexican Rice

Dessert:  Churro Cupcakes

Beer & Wine included

LOCATION:  MadTree Brewing – 3301 Madison Rd, Cincinnati, OH 45209  (39.156682, -84.423461)

RESERVATIONS:  http://www.ieeecincinnati.org/meetings/.  Please click on the appropriate link and complete the reservation.  (Note:  Meeting list on webpage is slow to load on some browsers)

Cost is $30 for members.  Members may bring their significant other for a cost of $30  ($60 per couple)

Reservations close at 11:59 PM on Monday November 28th , 2022.

DINNER RESERVATION CANCELLATION POLICY
An email to reserve.cinti@ieee.org prior to the close of reservations is required to properly cancel your reservation.

All Reservations must be made by November 28th, 2022

WALK-INS (those without reservations): NO Walk-ins available for this meeting.

PE CREDITS:  Depending on the subject matter, attendance at IEEE Cincinnati Section Meetings now qualifies the attendee for Professional Development Hours towards renewal of Professional Engineers Licenses.  Required documentation will be available following the meeting if qualified!  The Section Meetings also provide a great opportunity to network with fellow engineers in the area.

Miami University will host the Cincinnati IEEE section at their VOA Campus

 OCTOBER MEETING

Miami University Presents:

DATE:     Thursday, October 27, 2022  (Date updated)
PLACE :  Miami VOA center
TIME :     6:15 p.m. Dinner/ Social
7:00 p.m. Presentation (45-60 min)
COST:     Free , See information in Reservations

ABOUT THE MEETING:

Title: EMI Diagnostics – A Tool for Measuring Capacitor Health,  Speaker: Dr. Mark Scott

Talk Abstract: Power electronics generate electromagnetic interference (EMI) due to semiconductors’ high-speed switching transitions and naturally occurring parasitic coupling paths.  EMI makes power conversion hardware less reliable and presents compatibility issues for surrounding equipment.  While it is generally a nuisance, EMI also contains useful diagnostic information about the power electronics, its energy sources, and loads.  This is because EMI changes with the age of components.

This presentation teaches the fundamentals of using conducted EMI as a tool for diagnosing capacitor health.  The talk begins by comparing this method to existing approaches used in literature and applications.  Next, it reviews the precursors for capacitor failure.  Afterwards, it illustrates, via circuit analysis techniques, how certain precursors impact conducted EMI. It further demonstrates the use of digital signal processing (DSP) techniques and machine learning (ML) tools as a means for improving diagnostic capabilities of prognostic and health management (PHM) systems.  The presentation includes experimental results to support the theoretical analysis provided to the audience.

Title: : UAV Communication Networks,  Speaker: Dr. Ran Zhang

Talk Abstract: Unmanned aerial vehicles (UAVs) have been demonstrating impressive potentials in next generation wireless communications. Compared to the terrestrial cellular base stations, UAVs equipped with wireless transceivers can serve as mobile base stations, and stand out in providing highly on-demand services with flexible 3D mobility, better wireless connectivity with higher chance of Line-of-Sight links, and much lower deployment cost with almost infrastructure-free network construction. As promising the UAVs are, how to optimally regulate the UAV network when the serving UAV crew dynamically changes remains embryonic. To this end, our work investigates how the UAV communication networks should responsively handle and further proactively control the dynamic change of the UAV crew. Specifically, responsive self-regulation of the network is first studied when one or more UAVs are about to quit or join the network, with considering dynamic user distribution. We target an optimal UAV trajectory control strategy which can relocate the UAVs whenever the UAV crew is about to change, rather than passively dispatch the UAVs after the change. Moving one step further, a proactive control strategy is developed for the solar-powered self-sustainable UAV communication network. The strategy can proactively control the quit and join-in of the UAVs by pre-shaping their solar-charging plan leveraging on the time-variability of solar radiation intensity and user traffic demand. The research outcomes are expected to provide valuable inspirations and benchmarking to autonomous AI powered management of aerial access communication networks under a dynamic network setup.

MENU SELECTIONS:  Pizza and Drinks

LOCATION:  Miami VOA center  7847 VOA Park Dr, West Chester Township, OH 45069   (rm VOA-123)

RESERVATIONS:  Reservations close at midnight October 26th– Required for dinner.   Walk-ins welcome for meeting.  http://www.ieeecincinnati.org/meetings/.  Please click on the appropriate link and complete the reservation

Section Web Page http://www.ieeecincinnati.org/
Reservations reserve.cinti@ieee.org

STUDENT SENIOR DESIGN PROJECT PRESENTATIONS

UC & Miami Students

DATE:     Thursday May 5, 2022
PLACE :  Virtual Event
TIME :     7 p.m- 8:30 p.m. Presentation
COST:     Free.  A Zoom Link with be issued with registration

The school year has been different for everyone this year, including for UC and Miami. This year’s presentation had to be a little late, but it’s here. Please join us for the virtual presentations.

Projects from Miami University.

•  “Implementing Arduino Toolflow on RISC-V Soft Processor”   Huan Le, Nathan Martin, and Yicheng Qian (advisor: Dr. Peter Jamieson)
• “Solar Charger”  Bradley Snyder, Mike Wilson, and Gemma Fazekas, (advisor: Dr. Mark Scott)

Projects from The University of Cincinnati

An Electronic Input System for Saltwater Animal Enclosures

• Team Members:   Chris Dombrosky, Brandon Carroll, Nathaniel Collum, Hayden Lampert
• Advisor: Dr. Dieter Vanderelst
• Abstract:  In this project, we designed a prototype input collection system for use in interactive electronic systems in saltwater animal enclosures. Increasing interactivity in enclosures has the potential to improve animal welfare and allow for research and behavior monitoring. Implementing an input device underwater is made difficult by the lack of premade input devices that function underwater, waterproofing requirements, and the ineffectiveness of wireless communication methods underwater. To address these challenges, we designed a prototype input system that includes a custom submersible pushbutton, fiber optic communication, wirelessly rechargeable battery, and extensive waterproofing features. This prototype functions as a pushbutton that can be installed underwater and connected to an Arduino through a fiber optic cable. It provides a tactile input for animals while maintaining safety by not exposing wires or electronics to water. Although it only functions as a pushbutton in its current state, this prototype was designed to be easy to use and easy to add additional sensors or input devices to. Overall, it meets the basic needs presented by our advisors while also making future work and improvements easier.

Nerf Automated Defense System

• Team Members:   Austen Brownfield, Andrew Dygert, Fred Jenks, Jared Musser
• Advisor: Dr. Xuefu Zhou
• Abstract:  Personal security is a major issue during these times. Individuals shouldn’t need to worry about the safety of their personal belongings while he or she isn’t there to ensure their safety. Our team has decided to pursue the research and development of a project that seeks to remedy this issue: an automated nerf gun that fires at trespassers. No longer will people be worried about the safety of their belongings when this device is in use. While this device is on and in a room, should a trespasser be detected, the nerf gun will fire at them. The sudden confusion and fear of being shot at by a nerf gun will scare away any unwanted guests

Real-Time 2D Game Combat Simulation

• Team Members:   William Breen, Trevor Hillard, Anna Lanzillotta
• Faculty Advisor:   Dr. Zachariah Fuchs
• Abstract
• :   Unmanned Aerial Vehicles (UAVs) are becoming more common in aircraft combat. UAVs are controlled with autonomous control strategies which are trained to compete against other UAVs and manned aerial vehicles. Dr. Fuchs’ research group has developed several autonomous control strategies for multi-agent scenarios such as dog fighting, high-value target defense, surveillance, and pursuit-evasion. The control strategies have previously been tested in simulation. However, it is also necessary to test them in against unpredictable opponents in real-time.
• The purpose of this project is to develop a two-dimensional simulation environment to test the autonomous controllers in real time against a human player. We developed a physical simulation environment where the human player is represented by a robot and the autonomous control strategy is represented by a projection onto the environment. The autonomously controlled player is only projected when it is within the human player’s detectable radar range. A motion tracker is implemented for precise positioning of the robot in the simulation. The simulation’s combat scenario can be selected by the user. The system will be used by Dr. Fuchs and his research group to visualize the performance of the autonomous control strategies.

tag.AI

• Team members:   Jack Cordonnier, Ben Elfner
• Faculty Advisor:   Ali Minai
• Abstract:   Our project was focused on developing a game of tag as a 2D platformer with specialized chaser and evader AI. The chaser AI attempts to catch the evader using the information provided to it by the neural network. The game simulation will be written in a language conducive to quickly teach the AI through iterative learning. We have utilized neural networks to train and improve our AI’s performance. This project idea is something that pushes the envelope when it comes to video game AI, since AI’s tend to work alone and we are attempting to evolve that into a more collaborative AI approach. This project is a framework for future neural network development since it allows the solving of a varying number of solutions using our application structure.
• 

NORTHROP GRUMMAN, History & Technology

DATE:     Thursday, October 28, 2021 (THIS WEEK)
PLACE : Zoom Virtual Meeting
TIME :     6:45 p.m. Log-on & Registration
7:00 p.m. Presentation (45-60 min)
COST:     Free, via Zoom

ABOUT THE MEETING:   Please join us this Thursday (October 28) for our Cincinnati IEEE section meeting and what promises to be a very interesting presentation on Technology

ABOUT THE PRESENTER:  Jon Chambers is a seasoned Software Engineering Manager with 21+ years at Northrop Grumman.  Jon has led many successful programs during his tenure. He will cover a brief history of Northrop Grumman, the work environment, and the core technologies they apply from cyber to hardware systems.

While Jon will be talking technology it should be noted that for anyone in the chapter looking for new opportunities, Northrop Grumman is hiring locally.  They have many engineering positions open including Cyber, Software, RF, Hardware, Test, and Signal Processing.  Details at https://www.northropgrumman.com/Careers/

MENU SELECTIONS:  Uber Eat your way through this remote meeting.

LOCATION:  Virtual.  Join Zoom Meeting

https://us02web.zoom.us/j/81403573606?pwd=QWs2Q294MXQ4b3V2Z3h6WERIV3Z4UT09

Meeting ID: 814 0357 3606     Passcode: 572956

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Dial by your location
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Meeting ID: 814 0357 3606
Passcode: 572956
Find your local number: https://us02web.zoom.us/u/kbODoteO4s

RESERVATIONS: Not required.

How the Next Generation of Industrial Electricians is Being Trained

DATE:             Thursday, May 27, 2021

PLACE :         ZOOM Virtual on-line

TIME :            7:00 p.m.  Presentation  (45-60 min)

COST:             Free

ABOUT THE MEETING:     Discussion about the training used to teach students to become industrial electricians, including controls, motors, relays and troubleshooting. How we are placing students to meet skills gaps within companies.

ABOUT THE PRESENTER:    Jason Hendrickson is a Program Manager at Cincinnati State Technical and Community College.  Experience includes:  Navy Nuke – 8 years, Steel Mill – 9 years, Brewery – 3 years, Machine Installation- 3 years, Management 3-years, Teaching and Program Management – 4 years

Master’s degree in Workforce Education

MENU SELECTIONS:   Virtual meeting.

LOCATION:  ZOOM https://us02web.zoom.us/j/86929170554?pwd=RldXcUxGNmVmM2pubkI4ek5sVTNidz09  (Please make certain your device microphone and camera are turned OFF during the presentation.)

RESERVATIONS:  http://www.ieeecincinnati.org/meetings/.  Please click on the appropriate link and complete the reservation.  (Note:  Meeting list on webpage can be slow to load on some browsers)

Reservations close at 11:59 PM on Wednesday May 26, 2021.

DINNER RESERVATION CANCELLATION POLICY
An email to reserve.cinti@ieee.org prior to the close of reservations is required to properly cancel your reservation.

All Reservations must be made by E.O.D. May 26, 2021.

PE CREDITS:  Depending on the subject matter, attendance at IEEE Cincinnati Section Meetings now qualifies the attendee for Professional Development Hours towards renewal of Professional Engineers Licenses.  Required documentation will be available following the meeting if qualified!  The Section Meetings also provide a great opportunity to network with fellow engineers in the area.

University of Cincinnati and Miami University Senior Project Presentations (This week)

DATE:           Thursday, April 29, 2021 

PLACE :        Virtual / On-line Meeting

TIME :           7:00 p.m. to ≈ 8:00 p.m. –  Presentation

COST:            Free with registration

ABOUT THE MEETING:   Each year the engineering students at the University of Cincinnati and Miami University complete their senior projects.  We are amazed at the talent and creativity of these students as they present their projects to us. These presentations are typically an interesting mix of hardware and software, solving problems, improving efficiencies, and creating new opportunities.

Miami University:

Investigation of Hyperdimensional Computing

Advisors:  Prof. David Hartup and Prof. Gokhan Sahin

Team Members:  Casey Corless, Jonathan Hagen, Hiep Le, Jake Russell

Project Summary: HyperDimensional Computing (HDC) is a novel AI technology first developed in 2009. This emerging computing technology is built around hypervectors. Hypervectors are vectors with high dimensionality, typically containing tens of thousands of dimensions. Inspired by the attributes of the human brain such as high dimensionality, fully distributed holographic representation, and randomness, HDC can be employed for machine learning tasks such as classification and recognition. This project explores the feasibility of using HDC machine learning algorithms for classification of texts, images, and sounds.

Solar Powered Vertical Take-Off Airplane

Advisor:  Mr. James Leonard

Team Members:  Jacob Gero, Ryan Gracia-Rodriguez, Evan Johnson, Thomas Warrick

Project Summary: The team, composed of Jacob Gero, Ryan Gracia-Rodriguez, Evan Johnson, and Thomas Warrick and advised by Mr. James Leonard, was tasked with assembling and flying an unmanned aerial vehicle at the 2021 Midwest Regional UAS Competition sponsored by NASA. This aircraft is required to have vertical take-off and landing (VTOL) capabilities, utilize a solar battery charger, fly via autopilot, drop glow sticks on a visible target from an altitude of 200 feet, and have a video camera to stream to a ground station.

University of Cincinnati:

Senior Design Research Award:  “Split Manufacturing: Dividing Designs to Enhance Hardware Security”

Daniel Mraz and Andi Thomas

Senior Design Awards:  “BetterRead”

CS– Isaih Lloyd, William Cupp, Maddie Eckhart, Sean Hearne

Advisor: Dr. Badri Vellambi

BetterRead is an accessibility tool meant to improve the web browsing experience for those with visual impairments. BetterRead uses machine learning to identify important content of web pages and ignore the superfluous information that someone with visual impairments shouldn’t worry about. BetterRead’s purpose is to promote diverse internet usage by allowing vision-impaired users to navigate the internet and give them experiences similar to able-bodied users. A visually impaired user surfing the web will be able to use our browser extension to get an audio description of the webpage that they are currently accessing. The web extension will use the text-to-speech API available in the user’s browser to convert the text description to audio and play that audio to the user.   POSTER

CMPE–   “Fully Operational 3D Printed Model Roller Coaster with Industrial Safety PLC Control System”

Team Member:  Jared Holladay

Roller coasters are some of the most terrifying and thrilling machines ever built. They take millions of people every year on the ride of their lives and do so with an incredible level of safety. This new educational experience allows guests to “become the ride operator” as they interact with the same technology used to keep riders safe on real roller coasters in this small scale engaging setup.   POSTER

EET– “Internet of Things Smart Home”

Team Members:  Kirsten Benney, Nathan Hemmelgarn, Brett Hoelscher, Jeffrey Johnson

Advisor:   Professor Xuefu (Frank) Zhou, Ph.D. Associate

The Internet of Things (IoT) conceptualizes the idea of remotely connecting and monitoring real world objects through the Internet. This concept can be applied to the home itself to improve its safety and security by connecting specialized sensors to a microcontroller that alerts users of hazards regardless of their proximity.   POSTER

EE– “Sentiment Analyis Tool”

Team members:  Coleman Lyski, Jeet Shah, Tim McCabe

Advisor: Dr. Ali Minai

This project analyzes the sentiment of social media data to display trends in public opinion. Users search for a set of keywords, then data from the past week is analyzed from Twitter, Reddit, and Tumblr and displayed on a graph.    POSTER:

MENU SELECTIONS:   Whatever you bring- it’s a virtual meeting.

LOCATION:  https://us02web.zoom.us/j/81536055271?pwd=MnEvUVpHOC9LUFVKS2lBQjFGVHhmdz09

RESERVATIONS:  Make Reservation Here (updated)  Please click on the appropriate link and complete the reservation.  (Note:  Meeting list on webpage is slow to load on some browsers)

No cost.

Reservations close at 5PM on Thursday  April 29, 2021.

DINNER RESERVATION CANCELLATION POLICY
An email to Reservations@ieeecincinnati.org prior to the close of reservations is required to properly cancel your reservation.

PE CREDITS:  Depending on the subject matter, attendance at IEEE Cincinnati Section Meetings now qualifies the attendee for Professional Development Hours towards renewal of Professional Engineers Licenses.  Required documentation will be available following the meeting if qualified!  The Section Meetings also provide a great opportunity to network with fellow engineers in the area.