Professional Summary

As a Graduate Research Fellow with BU NISLAB, I published a number of papers, including a paper in collaboration with the Ohio State ElectroScience Laboratory stablishing the economic feasibility of sharing for wholesale commercial markets yielding priority to mission critical Earth Exploration Satellite Service-passive (EESS-passive) radiometers which received the Runner-Up accolade for Best Paper on the Policy Track at IEEE DySpan 2024. I was also actively involved in multiple service roles, including serving on the executive board of the Boston University Student Association of Graduate Engineers in various roles, membering on an advisory committee providing feedback for university initiatives and proposed policy updates to the Associate Provost for Graduate Affairs, and co-organized the 10th and 11th editions of the BU Center for Information and Systems Engineering Graduate Student Workshops in 2024 and 2025. For these efforts, as well as my work mentoring students both within the NISLAB and in other projects as well as my published research, I was recognized with the BU ECE Department Doctoral Acheivement Award for the 2024-25 academic year. I additionally had the privilege of participating in the 2025 NSF NeTS Early Career Investigators workshop.

Education

PhD Computer Engineering

2019-09-01
2025-05-18

Boston University College of Engineering

MS Systems Engineering

2016-09-01
2019-05-20

Boston University College of Engineering

BA Mathematics with Distinction

2008-09-01
2012-05-20

Boston University College of Arts and Sciences

Interests

Dynamic Spectrum Access Game Theory Mathematical Modeling Network Economics Operations Reserach Public Policy Wireless Communcation Systems
My Research
I apply techniques from Game Theory and Queuing Theory to investigate problems lying in the intersection between technology, economic, and policy aspects of NextG network planning. I have a particular interest in protection of Public Interest, but low demand, scientific uses of wireless spectrum (such as EESS-passive, utilized for weather forecasting and climate monitoring) while enabling expanded utilization of unoccupied spectrum for other users.
Featured Publications

Advancing Spectrum Sharing through Statistical Analysis of EESS-Passive Satellite Overpasses

A survey of radiometer overpass distributions across multiple locations to determine correlation between location and availability for additional uses, and the potential economic …

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Economic Frameworks for Spectrum Coexistence in Advanced Wireless Networks

PhD Dissertation on subject of queuing game and MDP based analyses of wireless communications and large scale computing economics and security.

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Dr. Jonathan Chamberlain
Spectrum Sharing between Earth Exploration Satellite and Commercial Services: An Economic Feasibility Analysis featured image

Spectrum Sharing between Earth Exploration Satellite and Commercial Services: An Economic Feasibility Analysis

Survey of EESS-passive samples to establish statistical correlation of radiometers as a collective, in contrast with the deterministic behavior of individual satellites. Awarded …

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Dr. Jonathan Chamberlain
Recent Publications