Geoinformatics & Remote Sensing — Federal Grants

REU SITE: Research in Consumer Networking Technologies

Prasad Calyam · University of Missouri-Columbia

REU Site: Frontier Technologies for Biometrics and Authentication

Wenyao Xu · SUNY at Buffalo

Collaborative Research: Elements: Physics-Informed Digitized Cyberinfrustructure Towards Next-G Underwater Networks

Nan Cen · Saint Louis University

Collaborative Research: Elements: Physics-Informed Digitized Cyberinfrustructure Towards Next-G Underwater Networks

Hongzhi Guo · University of Nebraska-Lincoln

REU Site: Engineers for Exploration

Ryan Kastner · University of California-San Diego

CAREER: Designing Domain Knowledge-Guided Learning Architectures towards Wireless Network Security: Enabling Effective and Efficient Attacks and Countermeasures

Shangqing Zhao · University of Oklahoma Norman Campus

Postdoctoral Fellowship: AAPF: The Texture, Composition, and Evolution of Asteroids Ceres and Hygiea

Maria Camarca · Camarca, Maria

REU Site: Unmanned Aerial Systems with Real-World Applications in Oklahoma

Wilson Merchan-Merchan · University of Oklahoma Norman Campus

CAREER: Understanding Florida Sea-Breeze Convection Using High-Resolution Remote Sensing and Artificial Intelligence

Yixin Wen · University of Florida

CAREER: Adaptive Modular Circuit Metamaterials (AMCMs) for Scalable and Secured Computation System Designs

Qianyun Zhang · New Mexico State University

CAREER: Advancing Recyclable Biopolymer Composite Materials and Entrepreneurial Education for Construction in Resource-Limited Environments

Xijun Shi · Texas State University - San Marcos

CAREER: Towards Semantic-Centric Wireless Foundations for Swarm AI

Lan Zhang · Clemson University

INTERNATIONAL BUSINESS MACHINES CORPORATION

INFLATION REDUCTION ACT (IRA): END-TO-END, MULTI-MODAL, HIGH RESOLUTION METHANE INVENTORY QUANTIFICATION (E2E-METHANE-IQ) THE OBJECTIVE OF THIS SCOPE IS TO DEVELOP AN END-TO-END, MULTI-MODAL, HIGH RESOLUTION METHANE INVENTORY QUANTIFICATION (E2E-METHANE-IQ) TECHNOLOGY, WHICH WILL BE (I) FULLY VALIDATED THROUGH MULTIPLE MEASUREMENT CAMPAIGNS IN ALL MAJOR BASINS IN THE WESTERN UNITED STATES (INCLUDING UINTA, FOUR CORNERS, SAN JOAQUIN, GREEN RIVER, MONTANA, BIG HORN, ETC.), (II) AGNOSTIC TO THE INDIVIDUAL SENSING TECHNOLOGIES, (III) FULLY SCALABLE AND OPERATIONALLY FROM EQUIPMENT TO REGIONAL LEVEL AND FROM MINUTES TO MONTHS, AND (IV) READILY EXTENSIBLE TO ACCOMMODATE SPECIFIC NEEDS IN CERTAIN REGIONS OR APPLICATIONS.