IEEE North Jersey Section

Nanotechnology Council (NTC) Chapter at North Jersey SectionINVITED LECTURE SERIESSpeaker(s): Ioannis KymissisAgenda: Room: 103, Bldg: Gateway North, castle point on hudson, Hoboken, New Jersey, United States, 07030

The IEEE North Jersey Section's Executive Committee (EXCOM) monthly meeting will be held hybridly.The EXCOM meeting starts at 6:30 pm EST and typically ends at 8:30 pm.The meeting is meant to discuss and coordinate the activities of the Section and its Chapters and Groups, as well as new initiatives.Everyone is welcome to attend this meeting.Please register in advance for this meeting using vTools (Please make a note if you join the meeting remotely)You can change/cancel the registration if your plans change.For more information, please contact our IEEE North Jersey Section Chair Hong Zhao (zhao@fdu.edu) , or Secretary, Adriaan van Wijngaarden, (avw@ieee.org).Location: NJIT ECE 202, 323 Dr Martin Luther King Jr Blvd, Newark, NJ 07102To join remotely by the following Zoom link:Topic: North Jersey Section Hybrid April ExCom MeetingTime: Apr 5, 2023 06:30 PM Eastern Time (US and Canada)https://fdu.zoom.us/j/99615015402Meeting ID: 996 1501 5402Note: If you are unable to join the meeting, please send your chapter activity report to the section chair at zhao@fdu.eduAgenda: 06:30 pm - 06:45 pm Networking06:45 pm - 08:30 pm IEEE North Jersey Section Executive Committee MeetingThe meeting agenda typically includes news related to the IEEE and the IEEE North Jersey Section, Secretary and Treasurer reports, Chapter and Affinity Group reports, Committee reports, and reports by various Chairs and Representatives, Committee Chairs, and planning, and new initiatives.Bldg: NJIT ECE Building, 323 Dr Martin Luther King Jr Blvd, Newark, New Jersey, United States, 07102, Virtual: https://events.vtools.ieee.org/m/353692

Testing Requirements for Devices with Communications Functions used with Electric Power ApparatusThis presentation describes the IEEE standards work undertaken in the last six years on refining the testing requirements for devices with communications functions. The new P1613 draft harmonizes closely with the IEC requirements for electric utility equipment with some differences. Its harmonized Scope includes most utility-owned smart grid control equipment with a COM port. Updates were also made to the Protective Relaying Standards IEEE-C37.90.1, C37.90.2 and C37.90.3 to harmonize them with more modern testing requirements in the IEC with some differences.Smart grid - Testing Requirements for Devices with Communications Functions used with Electric Power ApparatusThursday, April 6, 20236:00 PM | (UTC-04:00) Eastern Time (US & Canada) | 3 hrs(https://ieeemeetings.webex.com/ieeemeetings/j.php?MTID=m6ea3e94e5a19f3116e2e346d3c12fe3a)https://ieeemeetings.webex.com/ieeemeetings/j.php?MTID=m6ea3e94e5a19f3116e2e346d3c12fe3aMeeting number: 2530 544 0621Meeting password: 7RUjxasv3y3Join by phone+1-415-655-0002 United States Toll1-855-282-6330 United States Toll Free(https://ieeemeetings.webex.com/ieeemeetings/globalcallin.php?MTID=m97fc01f124714ff0d745d6e88355a12f) | (https://cisco.com/go/tollfree-restrictions)Co-sponsored by: Russ Pepe, rcpepe@ieee.orgSpeaker(s): Jerrie Ramie, Agenda: April 06, 2023Speaker and host: 6:00PM : checkout details of Webex and slides06:15PM : Introduce speaker, Participants join06:30 PM : Technical talk begins07:30 PM : Conclusion of talk7:30 -8:00 PM Q & A and vote of thanksVirtual: https://events.vtools.ieee.org/m/352083

Different schools of thought representing diverse areas of scientific research, such as computer science, sociology, mathematics, physics, economics, and biology, are all placing increasing focus on the concept of complex systems. Intriguingly, many common design elements have emerged among these different fields of science. Models of complex systems that capture system structure and dynamics are commonly explained by a few governing principles, such as survival of the fittest, rich-get-richer, and duplication-divergence. In fact, there are many forces and design elements acting in concert to shape the structure and behavior of many different types of complex systems. These forces and design elements work in parallel or, sometimes, counteract one another to produce the final behavior of the system, and these interactions manifest as continuous changes, all in one general direction of growth, improved fitness, and increased complexity.In this talk, I will present concepts from complex systems theory and provide examples from different fields about how such design elements are at play.Co-sponsored by: Fairleigh Dickinson UniversitySpeaker(s): Dr. Avi Ma'ayan, Agenda: Different schools of thought representing diverse areas of scientific research, such as computer science, sociology, mathematics, physics, economics, and biology, are all placing increasing focus on the concept of complex systems. Intriguingly, many common design elements have emerged among these different fields of science. Models of complex systems that capture system structure and dynamics are commonly explained by a few governing principles, such as survival of the fittest, rich-get-richer, and duplication-divergence. In fact, there are many forces and design elements acting in concert to shape the structure and behavior of many different types of complex systems. These forces and design elements work in parallel or, sometimes, counteract one another to produce the final behavior of the system, and these interactions manifest as continuous changes, all in one general direction of growth, improved fitness, and increased complexity.In this talk, I will present concepts from complex systems theory and provide examples from different fields about how such design elements are at play.Virtual: https://events.vtools.ieee.org/m/352356

This talk describes two new Heterogeneous Multichip Packaged (MCP) devices prototyped under the DoD State of the Art (SOTA) Heterogeneous Integrated Packaging (SHIP) program. These devices were designed by integrating state-of-the-art Quad-Channel Direct RF Data Converter Tiles (DCTs) operating at 64 Giga Samples per Second (GSPS) in the same package with leading-edge Field Programmable Gate Array (FPGA) devices. The DCTs also include built-in Digital Upconverters (DUCs) and Digital Downconverters (DDCs) to offload this processing from the FPGAs and lower the overall power of the device. The DUCs and DDCs can be tuned in real-time across the full 32GHz of instantaneous input bandwidth (IBW). The Direct RF capabilities of the DCTs combined with the massive IBW, high dynamic range, low latency, small size, and low power of these devices allow unprecedented improvements to the Size, Weight, Power & Cost (SWAP-C) for Electronic Warfare Systems. We will give an overview of the SHIP program, describe the two MCP configurations offered, describe the operating modes of the Data Converter Tiles, show some RF performance measurements of the DCTs, and finally will discuss some target applications for the MCP devices.Attend virtually or in person and enjoy a complimentary lunch while learning about this technology!Presenters:Dr. Darren Crum, Technical Area Lead and Program Technical Manager, NSWC CraneMr. Ben Esposito, Senior Principal Engineer, Intel PSGMr. Carmine Pagano, SHIP Systems Architect & Technical Director, Intel PSGCo-sponsored by: MTT/AP-S, AES ChapterSpeaker(s): Dr. Darren Crum, Mr. Ben EspositoAgenda: Wednesday, April 26, 2023, 1130 AM-1:00 PM (EST)Venue: L3Harris Technologies, Auditorium, 77 River Road, Clifton, NJand YOUR DESK via MS Teams!RSVP No Later Than Thursday, April 18 to Nicole Zaretski, (mailto:Nicole.Zaretski@l3harris.com?subject=RSVP:%2024%20Jan%20AOC%20L&L)Please note: in-person attendance is limited to US-ONLY. Non-L3Harris individuals will be required to provide information for security screening prior to arrival Seating is Limited - Pizza and Beverages are Provided for Lunch Courtesy ofBldg: Auditorium , L3Harris Technologies, 77 River Road, Clifton, New Jersey, United States