South Middlesex Times

Rutgers researchers have been at the forefront of artificial intelligence for over 50 years, with their contributions spanning various fields and applications. In 1968, Saul Amarel, the founder of Rutgers’ computer science department, wrote a paper that positioned him as a pioneer in the AI movement.

Today, Rutgers continues to lead in AI research and education, with professors preparing students to be the next generation of AI leaders. The university is actively exploring ways to leverage AI in areas such as fighting crime, enhancing cybersecurity, and creating job opportunities for individuals with disabilities. Additionally, they are addressing legal and ethical considerations surrounding the future of AI.

One significant achievement by Rutgers scientists is the development of IntelliGenes, an AI-powered software that can provide personalized disease predictions. This innovative technology combines artificial intelligence and machine-learning approaches to predict diseases in individuals.

Rutgers computer scientist Jie Gao is collaborating with top leaders in the field to develop cybersecurity methods using AI to combat threats. Gao is part of the AI Institute for Agent-based Cyber Threat Intelligence and Operation, a consortium focused on advancing cybersecurity through AI.

Ellen P. Goodman, a Rutgers law professor, is spearheading a federal initiative to ensure the trustworthy and safe use of AI across various sectors. Her Artificial Intelligence Accountability Policy Report aims to establish guidelines for AI applications in education, employment, finance, and healthcare.

Furthermore, Rutgers researchers are utilizing AI to address critical infrastructure needs, such as evaluating bridge safety and assisting with queries. Through the Rutgers Advanced Bridge Technology Clearinghouse, AI technology is leveraged to enhance bridge safety innovations.

Rutgers computer scientist Sheikh Rabiul Islam is researching the use of AI to prevent school shootings and reduce alcohol-related road fatalities. His team is developing preventive measures using AI to evaluate online posts and address bias in policing.

In efforts to remove barriers for individuals with physical challenges, Rutgers researchers are developing soft wearable robots and exoskeletons integrated with AI technology. These innovations aim to assist workers with mobility restrictions and enhance employment opportunities in various sectors.

Additionally, Rutgers alumnus Eric Wengrowski and School of Engineering professor Kristin Dana have developed AI technology to detect deepfakes, providing businesses and organizations with tools to protect their media assets and intellectual property.

Philosopher Cameron Kirk-Giannini from Rutgers critically examines the societal risks posed by AI through philosophical arguments, contributing to the ongoing dialogue on the ethical implications of AI advancement.