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SERVICES

American GNC Corporation is committed to providing advanced, integrated state-of-the-art GNCC solutions to meet the technical, cost and scheduling needs of our customers. We offer a wide range of services and solutions to help organizations achieve their goals, optimize performance and productivity, and facilitate change. Our team is dedicated to exceeding your expectations and delivering exceptional results.

We are a dynamic organization that strives for innovations and the infusion of newly emerging technologies within a variety of systems. Starting as a guidance and navigation company, our efforts have expanded into multiple complementary areas with the primary goals of increasing reliability, enhancing autonomy, and obtaining a better understanding of systems. Critical and complex systems are the primary target in AGNC's applications. AGNC's extensive R&D approach blends five areas of work encompassing guidance, navigation, control, and communications; complex systems analysis; unmanned systems and robotics; systems health monitoring and smart sensors; intelligent systems, computer vision, and artificial intelligence / machine learning.

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American GNC Corporation offers scientific, technical, and engineering support services in the following areas:

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Artificial Intelligence

  • Neural Network Training and Validation

  • Traditional Model Architectures (Multilayer Perceptron, Support Vector Machine, etc.)

  • Deep Neural Network Architectures (Convolutional Neural Networks, Region Proposition Networks, Long-Short Term Memory Networks, Recurrent Neural Nets, Transformers, Autoencoders, MLP-Mixers, etc.)

  • Automated and Incremental Learning

  • Transfer Learning

  • Application and Deployment (Classification, Pattern Recognition, Regression) 

  • Unsupervised Learning/Clustering (Self-Organizing Maps, Competitive Networks, etc.)

  • ​Embedded and Optimized Deployments

  • Reinforcement Learning (RL)

  • Optimized Learning Algorithms

Computer Vision

  • Scene and Object Recognition (R-CNN type and YOLO type Networks)

  • Semantic Segmentation

  • Visual Odometry (Optical Flow)

  • 3D Reconstruction (Structure from Motion and Stereo Disparity)​

  • Image Enhancement (Morphological Operations, Deblurring or Sharpening, Contrast Adjustment, etc.)

  • Classical Image Processing (Edge and Corner Detection, Contours, Shape Extraction, etc.)

  • Automated Perspective Analysis

  • Holistic Scene Understanding

  • Image Fusion (Position and Modality)

Systems Health Monitoring

  • Wireless Sensor Networks

  • Embedded Intelligence 

  • Diagnostic and Prognostic Algorithms

  • Signal Processing (Time and Frequency)

  • Graph-Methods (Bayesian Networks, Influence Diagrams, Timed Failure Propagation Graphs, etc.)

  • AI/ML Diagnostic Approaches

  • Condition Based Maintenance

  • Multi-Channel Data Acquisition and Calibration

  • Transducers (Temperature, Pressure, Flow-Rate, Accelerometers (Vibration), Strain, etc.)

  • Model-Based Methods (e.g. Residuals)

  • Principal Component Analysis and Feature Extraction

  • Smart Sensor Design and IEEE 1451

  • Structural Health Monitoring (Finite Element Analysis, Modal Analysis, etc.)

  • Sensor Data Validation

Guidance, Navigation, and Controls (GNC)

  • Inertial Navigation Systems (INS)

  • MEMS Inertial Measurement Units (IMU)

  • Attitude and Heading Reference Systems (AHRS)

  • Motion Estimation Algorithms

  • Simultaneous Localization and Mapping (SLAM)

  • Integrated INS and GNSS/GPS Systems (inc. Fully Coupled)

  • GNSS Denied Localization (Visual Odometry, Landmarks, Celestial Tracker, Wheel Odometery, Cellular Triangulation, etc.)

  • Guidance and Navigation Algorithms

  • Kalman Filtering (Robust KF, Extended KF, Unscented KF, Particle Filters, etc.)

  • Attitude Control Systems (ACS)

  • Closed Loop Control Systems (Linear, Nonlinear, Robust, Adaptive, H-infinity)

  • Non-Model Based Control (e.g. Extremum Seeking Control)

  • Pointing and Stabilization Systems

Ground and Air Robotics

  • Ground and Air Vehicles (Design, Development, Customization)

  • Perception (lidar, radar, EO/IR, ultrasonic)

  • Manipulation Systems (e.g. robotic arms with haptic feedback)

  • Motion Sensing and Navigation 

  • Collaborative Teams

  • Dynamic and Kinematic Models and Simulations

  • Robot Operator Control Unit (OCU) Software

  • Integrated Intelligence (AI/ML, Computer Vision, Data and Information Fusion

  • Persistent Surveillance

  • Medical Support

  • Landing Zones Detection (Unmanned Aerial Vehicle)

  • Reconfigurable Sensor Payloads

  • Energy Efficient Routing Planning

  • Integrated Touch and Vision Traversability Awareness

  • Collision Avoidance

General Engineering Services

  • Frontend Software Design (Graphical User Interfaces)

  • 3D Solid Modeling (SolidWorks 3D Part Designs)

  • 3D Printing

  • Data Acquisition and Measurement Systems

  • Data Analysis

  • Communication Networks/Protocols (Ethernet, Wi-Fi, ZigBee, Serial/RS-232, ARINC-429)

  • Printed Circuit Board (PCB) Design (Schematics, Layouts)

  • ​Software Development (C, C++, Python, C#)

  • Verification and Validation​

  • Electrical Engineering / Mechanical Engineering / Computer Science

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