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IFT’S VIDEO ENHANCEMENT TOOLKIT

I-VET is a software package that implements state-of-the-art video enhancement technologies to extract the maximum amount of information from video.

IFT’S TRAJECTORY ANALYSIS PROGRAM

I-TAP is a software toolkit that traces routes of moving vehicles by extracting from aerial images or videos and performs a Pattern of Life (PoL) analysis on traffic flow.

Imagery-based Missile Attitude Detection and Estimation

IMADE is IFT’s ground-image-based flying missile detection and attitude estimation solution. Our software solution uses image segmentation and machine learning to target attitude determination, via a perfect a priori knowledge of target geometry. It is designed to be robust against arbitrary cluttered backgrounds.

IFT’S COMPRESSION EXTENT BROKER

ICE-B is a software package that automatically selects the best compression settings for visual media, based on the user’s minimum quality requirements and bandwidth.

IFT’S LARGE AIRBORNE IMAGERY SURVEILLANCE TOOLKIT

Operating within the framework of cloud computation and Graphic Processing Units (GPUs), I-LAIST is a high-performance computation toolkit. IFT’s computation toolkit can detect and track, multiple moving targets within large-scale visual data.

INTELLIGENT COOPERATIVE PERCEPTION WITH INFORMATION-CENTRIC NETWORKING FOR SUPPORT OF MULTI-DOMAIN MISSIONS

IFTs software tool deployed on multiple LiDAR sensor nodes in an ad hoc network to enable AVs and AAVs to share point cloud sensory information with other AVs/AAVs and auxiliary nodes, extending view coverage, removing blind spots, and improving object detection accuracy.

POSITIONING, NAVIGATION, AND TIMING (PNT) FOR RELIABLE & HIGH-ACCURACY LOCALIZATION AT THE TACTICAL EDGE

IFT's software tool used to learn the optimal PNT services in real-time using a new type of PNT state-space model to dynamically describe the quality of real-time PNT services.

A PLATFORM AGNOSTIC LOW SWAP-C CHIRPED LFMCW RADAR FOR COUNTER-UAS APPLICATION

A high performance, low SWaP radar system that can be mounted on a group 1 or 2 UAS for counter-UAS applications, on forward observation missions. IFT's innovative radar structure allows the Tx and Rx antennas to co-exist on a small platform without degrading the radar long range performance.

Resilience Oriented Blockchain Operational Transactor for Urban Air Mobility (UAM) Networks

Urban Air Mobility (UAM) offers a potential to create a faster, cleaner, and safer transportation system.

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