SEVENTEENTH  ANNUAL

Long Island

Systems, Applications, and Technology Conference

  Sponsored by

IEEE Long Island Section

IEEE Long Island Section Technical Society Chapters

and IEEE Region 1

In Cooperation with the

Friday, May 5, 2023

Anna Rubin Hall

New York Institute of Technology

Old Westbury, New York

Professional Development Opportunity: Workshop (PDH). Distinguished and

Invited Speakers, Peer Reviewed Presentations, Exhibits.

Workshop: IEEE 485-2020  Sizing Lead-Acid Batteries for complex load profiles

This presentation will include instruction on how to perform this by hand using the Rt method. This would allow the participant to see exactly how they can create their own load profile, and then prove their cell selection. The course uses printed material, paper, pencil, and calculator and does not use any computer programs.  We endorse no particular battery.  This technique will work for any typical storage battery such as VLA, VRLA and may be transferred for use with IEEE std 1115 for Nicad batteries and other similar standards. Materials related to this calculation will be provided, however we are not providing an actual copy of the standard itself.  While we recommend having a copy, it is not necessary for this lecture. As a participant, you may elect to bring your own battery literature, tables, plus load profiles you want to prove. We will provide some sample battery discharge tables. The IEEE is arranging to provide related credit as desired for practicing PEs and students.

3 Professional Development Hours (PDH) Opportunity

Battery History (10:30am – 12pm) 1.5 PDH

Take a step back in time and learn about the beginnings of batteries. Take a journey through the first uses in the 1700’s with the Leydon Jar in the “Kissing Game” and see the evolution to the uses in electric cars.  This is a light‐hearted fun course to see where it all began!

Battery Sizing (1pm -3:30pm) 1.5 PDH

Using the IEEE Standard 485, this course will teach you the proper techniques for sizing lead acid batteries for utility applications.  You will get a basic understanding of the chemistry of lead acid and Nicad batteries as well as the step-by-step guide to sizing using complex load profile techniques. This is a hands-on course that only involves paper, pencils, and calculators, not a computer program! You will learn the methods create a proper load profile and solve for the correct battery.  Printed materials will be provided for students use, in learning this technique.

Distinguished Lectures

The Engineering of Medicine: Understanding the Pathway for Vagus Nerve Ultrasonic Stimulation to Reduce Tumor Necrosis Factor-α Production - Sleiman R. Ghorayeb, Hofstra School of Engineering and School of Medicine

Predictive Modeling in Medicine - Milan Toma, New York Institute of Technology

Invited Speakers

Recent Trends in Intellectual Property and Patents for Medical Systems, Applications, and Technology - John F. Vodopia Esq, John F. Vodopia PC

Assistive Robotics and STEM Robotics - Uma Balaji, Fairfield University

Peer Reviewed Paper Presentations Including:

• High Voltage Transmission Line Response to Traveling Waves
• Smart Acquiring Platform in Contactless Payments using Advanced ML - Security Controls using Device Recognition, Geo Fencing and Customer on File
• Object Recognition for Multiband Thermal Infrared Sensing
• Using Extended Reality Technology in Science Education
• A cloud-based fire safety system for emergency responders and civic community
• Effect of Silica nanoparticles (Laponite) on 3D printed Gelatin Methacryloyl Cell-based Scaffolds
• Vehicle Monitoring System using SIM7600CE-T controlled over Arduino platform
• Key Vulnerabilities in SSL & TLS That Needs To Be Mitigated
• Subspace-Classification Approach for Simulated Tuple Class Assignment
• Towards ARSPI-Net: development of an efficient hybrid deep learning framework
• Mitigating Man-In-The-Middle Attack Using Quantum Key Distribution
• Enhancement of CNNHQ with an Activation Function