DURIP Integrating AI and Intelligent Sensing for Advanced Naval Operations
Abstract
This proposal outlines an innovative technological framework designed to significantly elevate Naval research capabilities and educational methodologies in fields critical to defense and security. By incorporating advanced equipment and instrumentation, particularly through the development of a novel testbed for intelligent sensing across various naval systems, we aim to push the boundaries of research in intelligent sensing and AI, directly contributing to the Navy#s strategic goals.1- Impact on Research: The proposed equipment and instrumentation are set to significantly impact the research funded by the Navy, enhancing the capabilities of the PI#s institution to contribute more effectively to Naval research objectives. The integration of hyperdimensional computing and intelligent sensing technologies, as outlined in the proposal, aligns with the Navy#s interest in advanced computational models and sensing systems for defense applications. By providing state-of-the-art equipment fordeveloping a testbed for these technologies, the projectwill not only bolster current research capabilities but also establish new avenues for explorationthat are directly relevant to Navy#s areas of interest. Furthermore, the proposed equipment is expected to significantly advance the institution#s research capabilities. The equipment is designed to enable cutting-edge research in hyperdimensional computing and intelligent sensing, areas that areincreasingly important for Naval operations and strategies. The stablishment of a robust testbed will facilitate in-depth studies and the development of technologies that can significantly enhance situational awareness, decision-making, and operational efficiencyin defense contexts. Consequently, this project promises to both expand the institution#s research portfolio in critical Naval areas and contribute to the DoD#s mission of maintaining technological superiority.2- Relevance to DoD Missions: The specificity and application of our research to Navy missions are profound. Through the proposed testbed, we aim to advance Tiny AI#s capability to not only detect predefined objects but also respond to complex activities, thereby supporting intricate and mission-critical operations.This capability is pivotal for improving operational effectiveness across defense mechanisms, offering scalable solutions to omplex challenges. Our committment to these critical areas underscores the project#s alignment with Navy priorities, ensuring a significant contribution to mission-critical operations and strategic defense planning.3- Educational Enhancement: At the heart of our proposal lies a deep commitment to enhancing the educational landscape by leveraging our research advancements. We plan to integrate this advanced technology into developing new courses, hands-on training, and mentorship programs, particularly focusing on brain-inspiredcomputing and intelligent sensing. This approach not only enriches the academic experience butalso equips students with the skills and knowledge neces?sary to contribute effectively to Navy missions upon graduation. Furthermore, by utilizing the proposed equipment in our educational initiatives, we aim to inspire and train the next generation of scientists and engineers in defense-oriented technologies, thereby enhancing our institution#scapacity to support Naval#s mission-critical disciplines.
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Jan 13, 2025
- Source ID
- N000142512076
Entities
People
- Mohsen Imani
Organizations
- Office of Naval Research
- United States Navy
- University of California, Irvine