Skip to main content
University of Nebraska at Omaha logo University of Nebraska at Omaha
REQUEST INFO VISIT APPLY

MY UNO DIRECTORY
University of Nebraska at Omaha logo
College of Information Science & Technology Research
REQUEST INFO VISIT APPLY
MY UNO DIRECTORY
  • Collaboratoria
  • Labs Backback to Main menu
    • Bioinformatics
    • Bridging Big Data
    • Executable Steganography
    • Information Technology for Development
    • Knowledge Representation and Natural Language Understanding Lab
    • Quantum Cryptography Simulator
    • BRIDGELab
    • Public Health Informatics Research Lab
    • Nebraska Deterrence Lab
  • Centers Backback to Main menu
    • Center for Management of Information Technology
    • Consortium for Public Health Informatics
    • Nebraska University Center for Cybersecurity (NebraskaCYBER)
  • News Backback to Main menu
    • News
    • Blogcast: Frontiers of Tech
  • Events Backback to Main menu
    • Research Seminars
    • C-BYTES
    • Fall 2024 C-BYTES Gallery
  • Resources Backback to Main menu
    • Resources
    • CIST Funding
    • IS&T Pre-Award Services
    • IS&T Post-award Services
    • IS&T Technology and Facilities Support
    • Lab Space Request Form

Artificial Intelligence & Advanced Computing Systems Collaboratorium

  1. UNO
  2. Research
  3. Collaboratoriums
  4. Artificial Intelligence & Advanced Computing Systems Collaboratorium

Research Projects

Build-a-Brain Workshop Logo

Build-a-Brain Workshop: Building Better Robot Brains

The main objective of this work is to improve machine intelligence which has applications in robotic survival, automated creative design, and management of complex systems like farms. 

View Project
Several misc. robotic vehicles showcased on a large floor

Robotics, Networking and Artificial intelligence (R.N.A.) Lab

RNA LAB Encompasses three areas: Cyber-Physical Systems, Networking and Computer Vision. The team vision is to explore innovative computing, networking, and machine learning...

View Project
A four-sided circular diagram that represents the KR Techniques logo graphic.

Knowledge Representation Techniques and Reasoning

Knowledge Representation and Reasoning (KR) is subfield of Artificial Intelligence (AI) where a fundamental assumption is that an agent's knowledge is explicitly represented in a declarative form, suitable for processing by dedicated reasoning engines.

View Project
Multimedia, Learning and Representation Process

Deep Learning Representation

This work explores the foundations of deep learning, representation learning, and multimodal intelligence, focusing on models that connect images with other modalities...
View Project
a diagram that visually represents Watermarking process

Watermarking and Model Attribution

This work develops watermarking and attribution frameworks for images and language models to ensure authenticity, ownership, and accountability in generative AI systems.

View Project
A diagram that shows conceptual AI applications for Smart Aviation

AI for Smart Aviation and Resilience Systems

This work designs novel multimedia-aware deep learning methods to complex, real-world data such as air traffic communication, environmental sensing, and aerial imagery...
View Project
a world map that depicts a geo-distributed scalable data system

Toward a Scalable Geo-distributed Data Analytics System

Analyzing highly diffused large-scale data, i.e., geo-distributed data analytics (GDA), in a timely and cost($)-efficient manner, is one of the most important workloads for many internet applications. This project aims to design and implement a new and...

View Project
a detailed diagram that shows adapting an LLM-based Technique for Deep Learning in Program Analysis

Improving LLMs for Software Engineering Tasks

By integrating multiple representations of software, source code tokens, abstract syntax trees, and program dependencies, our technique enables a deeper understanding of program structure and behavior...

View Project
a diagram depicting a large-scale dss system

Network Congestion Control for a Large-Scale DSS

The disaggregated storage system (DSS) is a promising direction for a storage framework in a large-scale data center. It provides more flexible resource management, straightforward upgrade and maintenance, and other features that enterprise storage systems desire. The connecting network becomes critical to the...

View Project
a diagram depicting a collection of IoT systems

Enhancing IEEE 802.11 Distributed Coordination Function (DCF) for IoT

This research project aims to enhance the IEEE 802.11 Distributed Coordination Function (DCF) specifically tailored for IoT environments by incorporating advanced machine learning-based rate adaptation techniques. The focus will be on designing and developing a new rate adaptation algorithm using shallow neural networks ...

View Project
a diagram that shows a smart wearable In-home monitoring system (SWIMS) for health aging

Smart Wearable In-home Monitoring System for Health Aging

Falls in the U.S. lead to 800,000 hospitalizations and 27,000 deaths yearly. The financial impact on older fallers may reach $101 billion by 2030 as the population ages. Rural older adults have been shown to be at greater risk of falls than non-rural residents, because they are often more isolated and receive...

View Project
stages of AI-driven analysis of social interaction of patients

Analyzing Social Interactions between Dementia Patients and Family Caregivers

This project explores the nature and quality of social interactions between dementia patients and caregivers at home, identifying key factors and their impact on patient outcomes and caregiver experiences...
View Project
Steps to recognize Participant's Activities from Raw Data for Fall Detection

Predict Fall Risks in Aging Agricultural Workers Across Farming Seasons

Agricultural work is completed on family farms and ranches by independent operators. The average age of farmers is 57 years with many people working into their 70's and 80's...
View Project
a diagram that depicts a three-step process for bias migration options, highlighting the fairness and bias in data-driven decision making

Fairness and Bias in Data-Driven Decision-Making

Automated, data-driven decisions are increasingly used in people’s everyday lives, from credit applications to healthcare diagnoses and even judicial decisions. Unfortunately, these approaches can perpetuate existing biases captured in the considered data and discriminate against underrepresented or...

View Project
a vector graphic of a cellular device in between a robot and a human with the title "innovation in targeted violence and terrorism prevention"

Innovation in Targeted Violence and Terrorism Prevention

This project looked to understand issues around tips reporting at both local and national levels using a mixed methods approach. Multiple nationally representative surveys were conducted to identify underlying issues with reporting and evaluate multiple mechanisms to address those issues. Results informed the development of an intelligent chatbot system which was iteratively evaluated and refined...
View Project
a district map of the state of nebraska with the title "computational redistributing"

Computational Redistricting

States (generally, geographic areas) need to be divided into non-overlapping, contiguous voting districts to ensure that each vote is equally important (“One Person, One Vote”). Currently, setting up these districts is a topic of intense political debates. In many cases, partisan committees draw „unfair“, or „gerrymandered“ maps that give one party an over-proportional share of political representation. This project aims to use algorithmic approaches...
View Project
a diagram with several red and blue nodes that show the interconnectedness of sensor networks

Multiple Objective Optimization in Sensor Networks

In this project we seek to study computer and wireless networks optimization using computational intelligence, evolutionary computation and swarm intelligence. Past research includes the optimization of multicast networks and wireless sensor networks placement to find places to minimize communication/energy usage...
View Project
Heat map of a chat for identifying challenges and problems associated with suspicious activity reporting

Innovation for Domestic Terrorism Prevention: Investigating the use of Chatbots in Suspicious Activity Reporting

This project identifies challenges and problems associated with suspicious activity reporting, develop and test innovative technologies to help alleviate these tensions and pain-points. Partnered with Sarpy County Sheriff’s Office & Awareity. Conducted focus groups with threat assessment teams...

View Project
an AI-generated illustration that depicts a user having a conversation with a sci-fi robot, with a smaller photo of the team that made this project possible

AI in Mixed Initiative Teams: Creativity and Collaborative Outcomes

This project looks to understand the role of AI as malign tool in facilitating novel attacks and advance empirical work on what aspects of technology impact trust, collaboration, and malevolent creativity.

View Project

Research

Visit us
  • College of Information Science & Technology
  • 172 PKI Peter Kiewit Institute
  • 1110 S 67th St
  • Omaha, NE 68114   map
  • 402.554.3363
  • rgandhi@unomaha.edu
Find out more
  • Support Us
  • Research Areas
  • Research Seminars

Services and Resources

  • Academic Calendar
  • Course Catalogs
  • MavCARD Services
  • MavLINK
  • my.unomaha.edu
  • UNO Brand Guide

Related Links

  • A-Z List
  • Employment
  • University of Nebraska System

Campus Links

  • Accessibility
  • Billing Office
  • Buildings and Maps
  • Campus Directory
  • Campus Safety
  • Events
  • Human Resources
  • Library
  • Military-Connected Resource Center
  • News
  • Registrar
  • Samuel Bak Museum: The Learning Center

Policies and Reporting

  • Emergency Information Alert
  • MavsReport
  • Notice of Nondiscrimination
  • NU Foundation
  • Privacy Statement
  • University Policies
  1. Privacy Statement
  2. Accessibility
  1. 402.554.2800

University of Nebraska at Omaha
University of Nebraska at Omaha, 6001 Dodge Street, Omaha, NE, 68182
  • ©  

Social Media


Omaha Skyline

Our Campus. Otherwise Known as Omaha.

The University of Nebraska does not discriminate based on race, color, ethnicity, national origin, sex, pregnancy, sexual orientation, gender identity, religion, disability, age, genetic information, veteran status, marital status, and/or political affiliation in its education programs or activities, including admissions and employment. The University prohibits any form of retaliation taken against anyone for reporting discrimination, harassment, or retaliation for otherwise engaging in protected activity. Read the full statement.