Research Projects

Research scientists and faculty at Rensselaer join forces with IBM researchers to collaborate on projects that push the frontiers in AI. A list of currently active projects appears below.

AI Models for Curation of Threat Intelligence

Security threat intelligence data is scattered, has high volume, and comes in a variety of formats.

Active Learning of Adversarial Attack Boudaries

This research program introduces a novel framework for generating adversarial examples for machine learning (ML) algorithms.

Asynchronous and adaptive stochastic approximation methods for accelerating deep learning

Stochastic approximation methods (SAMs) have been extensively applied in deep learning.

Learning and Embedding Ethical Guidelines in Group Decision-Making AI

In many situations, a group of people needs to make a joint decision.

Neural Memories for Text and Knowledge Graphs

Neural memories based on distributed representations within neural networks offer the ability of robust retrieval in the presence of noisy, partial and approximate inputs.

Improving Generalization and Abstraction in Deep Reinforcement Learning

This project seeks to develop novel methods for improving the generalization of learning within the context of computational reinforcement learning, by leveraging theoretical results from cognitive science research.

Fast Learning of Neural Network Models with Provable Generalizability

The parameters of a deep neural network are learned from the training data by minimizing a nonconvex empirical risk function.

Manifold-Structured Latent Space for Deep Generative Modeling

Exploring the manifold structure of the latent space by using multiple charts and their transition functions, a novel enhancement of current generative models whose latent space is modeled with a single-chart structure.

Extracting Types from Python Machine Learning Libraries

Our work aims to develop novel AI Automation techniques and tools that (1) improve productivity of AI/ML researchers and practitioners and (2) improve correctness, robustness, and maintainability of AI/ML software.

A Code Knowledge Graph for Planning Data Science Experiments

The dynamic languages commonly used in data science, like Python, R, and Javascript, are not easily amenable to current programming cognitive assistance tools.  They often require a deeper semantic understanding of software libraries.

Semantic shift as measure of bias with applications to detection, explanation and mitigation of misinformation

We develop methods to quantify semantic shift between two comparable text collections as a way to identify the concepts with similar and different semantic neighborhoods.

MIKA: Music Knowledge Intelligence Agent

Machine learning systems coupling symbolic- and signal-based inputs have been almost exclusively used for speech recognition MIKA extends this work to more complex signals, testing on a historical corpus of jazz.

Data Recovery and Subspace Clustering from Quantized and Corrupted Measurements

New subclustering methods to recover data from degraded or corrupted data to improve image and video processing, network analysis, and data privacy applications.

Neural Memories: Distributed Representations and Associative Retrieval

Deep neural networks may offer a new, more robust alternative to traditional computer memories in the presence of noisy data.

Capacity Limited Reinforcement Learning in Minds and Machines

Exploit the cognitive science of “generalization” in human learning in order to develop improved AI algorithms.

Smart Contracts Augmented with Learning and Semantics

Use AI agents to predict, detect, and fix unexpected situations (i.e., "exceptions") on blockchain platforms.

Exploration of Artificial Intelligence Approaches to Earth Observing Remote Sensing

Using AI techniques to improve remote sensing, with a focus on assessing water quality at a global spatial scale.

Tentacular AI (TAI)

TAI creates a community of knowledge-based agents, tied to the Internet of Things, which can reach out to each other when a problem exceeds their individual capabilities.