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On June 23, 2021, President & Chief Scientist of ANDRO Computational Solutions, LLC, Dr. Andrew Drozd was officially inducted, by invitation only in accordance with demonstrating high scholastic achievement in advanced doctoral studies and career accomplishments, into the Alpha Gamma Omicron Chapter of the Kappa Delta Pi International Society.   The society honors excellence in and outstanding contributions to science and the ideals of society through education and research.

Founded in 1911 at the University of Illinois, the society’s pillars are:

• Fidelity to Humanity through education and collaborative research
• The Ideals of Science and the scientific method
• Service to promote self-advancement and the advancement of others and pursuing ideals in society for the benefit of communities
• Toil through hard work, comprehensive research, and self-sacrifice.

SAC-MLC-4: RADIO ENVIRONMENT AWARENESS AND SPECTRUM ACCESS

Senior Scientist Anu Jagannath Director of the Marconi-Rosenblatt AI/ML Innovation Lab, Dr. Jithin Jagannath, presented at the virtual IEEE ICC Conference on July 17, 2021. Watch the presentation below:

Multi-task Learning Approach for Automatic Modulation and Wireless Signal Classification Anu Jagannath (ANDRO Computational Solutions, LLC, USA); Jithin Jagannath (ANDRO Computational Solutions, LLC | University at Buffalo & University at Buffalo, USA)

YWCA Mohawk Valley (YWCA MV) premiered their virtual Reveal of the 2020-2021 Salute to Outstanding Women (Salute) honorees on Thursday, March 25.

Salute honors eight local women for their achievements and impact on the community. YWCA MV postponed both Reveal and the Salute celebration luncheon events last spring due to concerns about the COVID-19 outbreak. ANDRO Computational Solutions, LLC Educational Programs Advisor, Maria Smith, was selected as the honoree in the STEAM (Science, Technology, Engineering, Arts, and Math) category.

The 32^nd annual Salute to Outstanding Women Awards will be held at noon on Thursday, April 22, 2021. Tickets are $33.50 and can be purchased by visiting ywcamv.org/Salute. The luncheon celebration is typically held in-person but will be hosted in a virtual format this year. Salute also serves as YWCA MV’s largest annual fundraiser.

Salute is presented by Baird Private Wealth Management. The virtual Reveal ceremony honorary sponsor was Valentino’s Banquet Hall.  Salute media sponsors are Lite 98.7 FM, El Zorro Radio Latino 98.3 FM, and WKTV NewsChannel2.

Watch the YWCA Mohawk Valley Salute to Outstanding Women Reveal 2020 here: YWCA Mohawk Valley Salute to Outstanding Women Reveal 2021 – YouTube

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Corporate growth and increased employment, plus a facilities relocation and corporate restructuring, are ahead for ANDRO Computational Solutions LLC in 2021 following several accomplishments in 2020, says the Rome-based company established in 1994.

Among its 2020 achievements, the company received nearly $20 million in new research and development funding. It anticipates comparable amounts in new programs and funding in 2021, according to information from ANDRO CEO and founder Dr. Andrew Drozd.

ANDRO, based at One Beeches Place, 7980 Turin Road, provides research, engineering, and technical services to defense and commercial industries. It is dedicated to research, development and the application of advanced computer software and hardware solutions for spectrum exploitation, secure wireless communications for cognitive radios, multisensor and multi-target tracking, advanced radar data fusion, and sensor resource management.

Upcoming for 2021:

• Corporate growth — ANDRO anticipates an additional 20-30% growth compared to 2020.

• Job Growth — The company plans to expand its number of employees over the next 12-18 months by as much as 25% over 2020. It has about 60 full-time employees and interns as of the start of this year, and in 2020 experienced about 25% growth in sales and job placements over 2019.

• Facilities — Due to uncertainties regarding the future of the Beeches Park, ANDRO aims to begin a relocation plan to move its offices to a new location and build a new facility. It is seeking to purchase property and relocate outside of the park in the Rome area to further expand its radio prototyping and testing labs to accelerate commercial market pursuits.

The company said “new lab construction will support our growing communications business and needs for drone testing in natural environments including plans for quantum communications and networking testbeds.”

• Corporate Restructuring — ANDRO plans to expand into commercial markets and opportunities for smart cities including telehealth and autonomous vehicles. To accomplish this will require an expansion of its corporate executive and marketing structure to better enable new market opportunities and pursuits.

The company’s strategic plan is to grow its commercial portfolio, stand up a commercial division and explore new spinoff subsidiaries. It has completed the first phase of a Consolidated Funding Application (CFA) grant project authorized by the Empire State Development Corporation in which ANDRO invested 25% of the grant value in plant and equipment infrastructure.

During 2020:

• COVID-19 impact — ANDRO was largely unaffected by the pandemic. The company said “except for one temporary layoff, working remotely has been successful and we enter our facility on a limited, as-needed basis to conduct testing in support of our projects.”

ANDRO hired about seven new staff members during the pandemic. It applied and qualified for a substantial PPP (Paycheck Protection Program) loan but “decided to not take it as revenues and cash flow were largely unaffected as time went on.” ANDRO’s president felt other small businesses that were suffering the pandemic’s effects should receive the PPP forgiveness loans. Because of its work for the Department of Defense (DoD), ANDRO is considered an essential entity or activity.

• Community giving during the pandemic — ANDRO contributed several cash donations totaling more than $25,000 to local charitable organizations and affiliate chapters of nonprofit agencies primarily in support of COVID-19 relief to health care workers and first-responders and restaurants, for medical research, and on behalf of STEM (science technology, engineering, math) educational scholarships.

The company also supported three food drives for local area residents in cooperation with the CNY Food Bank, St. John’s Catholic Church, and the Project Fibonacci Foundation, Inc., plus it provided non-cash contributions to Jervis Library.

• Expansion — The company launched the Marconi-Rosenblatt Artificial Intelligence and Machine Learning Innovation Lab, named in honor of Guglielmo Marconi and Frank Rosenblatt, two pioneers in the fields of radio communications and artificial intelligence respectively. The new lab is headed by Dr. Jithin Jagannath and Anu Jagannath of ANDRO and falls under the company’s expansion efforts through the state’s CFA grant reimbursement program. The expansion brought six new jobs to ANDRO.

The company is planning a further expansion soon to establish a quantum communications lab and a medical technology subsidiary called AcceliPHI, expected to be announced in the coming months.

The catalyst for ANDRO’s expansion has been recent contracts to develop autonomous command and control solutions for drone applications, and realizing the potential market growth that exists.

• Public Relations and growth in international exposure — ANDRO’s work has been highlighted in major trade publications and websites devoted to broadband communications. The company has been featured in several trade venues with international subscriberships.

• Technical accomplishments and new awards — Citing the nearly $20 million in new research and development funding it received, ANDRO outlined its most notable awards.

— Launching a new platform aimed at modernizing U.S. spectrum regulatory policies and enhancing spectrum access systems, culminating a 3-year, $7 million effort funded by the DoD.

— The U.S. Navy awarding a $1.1 million contract to develop D-MARVEL machine learning-based autonomy for next-generation drones

— The Air Force awarding a $3.2 million contract to develop next-generation waveform development capabilities for advanced radio communications

— A $3 million Army contract to develop DEEPLink^TM artificial intelligent radios

— Patent approval for HELPER^TM radio used in disaster relief and telemedicine adopted by Army under $3 million contract

— Winning an Army contract to develop adaptive radios for unmanned vehicle communications

— Partnering with Shared Spectrum Company in support of U.S. Army contract to enhance small UAS (unmanned aircraft systems) Communications Systems

• Professional development supported under ANDRO — Drozd received a Doctoral degree from the Ralph C. Wilson School of Education at St. John Fisher College in December 2020. He fulfilled the required course work for the Doctorate in Executive Leadership while enrolled at the college’s extension site in Syracuse, including an original research study and dissertation: On the Efficacy of Science, Technology, Engineering, and Mathematics Pedagogy in Central New York State with Implications of Instruction-based Theoretic Frameworks on Artificial Intelligence and Machine Learning.

Family, friends, and acquaintances of Thomas Benjamin were stunned and saddened by the news of his untimely passing due to an auto accident on February 2, 2021. Tom was the embodiment of all that we prize and value in an individual, from a warm and gentle personality to a caring, dedicated worker and a dependable friend. He was always kind, loyal, generous, and thoughtful. We will miss his sense of humor and all the joy he brought us.

Tom was the Director of Business Operations at ANDRO Computational Solutions, LLC in Rome, NY. He also served as a Board Trustee and Treasurer of the nonprofit Project Fibonacci® Foundation, Inc. since 2015 and was instrumental in its formation. His dedication and knowledge contributed greatly to ANDRO’s growth and the foundation’s success over the years.

Tom was a proud father and husband, a passionate Minnesota Vikings fan, a walking encyclopedia of movie quotations, a good-natured prankster, and an all-around friend to everyone and anyone he encountered. We keep his family in our thoughts and sentiments during this difficult time and extend our deepest sympathies to all who knew him. He will be truly missed but will never be forgotten.

The family has requested that his memory be honored by considering a  donation made out to Education Funds for Tom’s Sons addressed to the same at 700 Rutger Street, Utica NY 13501 or online at www.ugift529.com and use either code P73-459 or 80Z-S2F. The family thanks you for your generosity.

Thank you, Tom. Rest in peace.

Article by Dr. Andrew L. Drozd

Published by The Fast Mode on January 20, 2021

Carriers and providers continue to focus on network utilization and optimization to better monetize services, but remain limited in their ability to optimize spectrum utilization for the same purpose. Creatively monetizing network and spectrum utilization continues to be a vexing industry challenge. 

A significant barrier is the regulatory limits on spectrum utilization and access. Carriers, mobile network operators, and even spectrum access system providers are bound by limited spectrum resources that are governed by static frequency policies at the federal level, yet the demand for spectrum access and the ubiquity in wireless devices continues to grow exponentially. 

Ripping the covers off for a moment, an impediment to a true, successful 5G rollout is the industry “vertical” model of the centralized cloud service, internet provider, and enodeB large carrier cell towers. Why not instead deploy a distributed small cell with peer-to-peer or multi-access mobile edge computing (MEC) architecture, that adjudicates spectrum in real time via an intelligent spectrum brokering approach that offers true democratization of spectrum?

Moreover, by integrating a new spectrum approach within existing architectures, we can move from a static (stop-and-go or discrete) micro slice architecture with inherent latencies to dynamic (continuous) micro slicing, where data flow is based on the whims of dynamic spectrum performance. 

In this AI-driven, dynamic frequency model, the frequencies and related mesh network applications are continually updated in real time. As well, devices must be semi-autonomous in their ability to operate without human intervention to the extent necessary (with humans on, not necessarily in the loop). Can we build smart algorithms that are service-level agreement (SLA) driven?  How can we best leverage AI and machine learning (ML) to enable wireless devices to be “self aware,” self-adjust, and negotiate the ever-changing policy limits and environmental conditions they encounter?  Can devices be trained not to hog up spectrum when they shouldn’t and release it to others as necessary and to develop monetized “rewards” for such actions? 

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