Using AI-assisted tools in word processors.
United States Trade and Development Agency — reported in use of this common government-wide AI pattern.
Generating code using AI.
United States Trade and Development Agency — not reported in use of this common government-wide AI pattern.
Searching for agency information using a knowledge retrieval system.
United States Trade and Development Agency — not reported in use of this common government-wide AI pattern.
Identifying and cataloging items in a storage room using AI-driven image recognition.
United States Trade and Development Agency — not reported in use of this common government-wide AI pattern.
Managing or implementing security controls for information systems (e.g., cybersecurity) using AI
United States Trade and Development Agency — reported in use of this common government-wide AI pattern.
Managing and prioritizing internal service or help desk tickets using AI.
United States Trade and Development Agency — not reported in use of this common government-wide AI pattern.
Curating news articles and updates based on user preferences using AI.
United States Trade and Development Agency — not reported in use of this common government-wide AI pattern.
Planning travel routes using AI-driven map applications.
United States Trade and Development Agency — not reported in use of this common government-wide AI pattern.
Finding and booking travel accommodations using AI-powered platforms.
United States Trade and Development Agency — not reported in use of this common government-wide AI pattern.
Unlocking smartphones or other devices without the need for passwords or PINs using AI-based facial recognition technology.
United States Trade and Development Agency — reported in use of this common government-wide AI pattern.
Adobe Photoshop
Office for Legislative and Public Affairs (OLPA) Creative Services team will use Photoshop's AI-powered tools to refine edits of photos and graphics, particularly the retouching o…
Resubmit Checker
The resubmit checker takes a list of proposal IDs and returns a list of similar proposals submitted to NSF in the past, scored by their similarity. This is useful for identifying…
Amazon Web Services(AWS) Assisted Software Development (DIS AI Assisted Development)
Within software development, AI-driven tools, such as Amazon Web Services (AWS) CodeWhisperer, Amazon Q and Bedrock, and integration with development workflow, promise to elevate…
Mine Potential Reviewer's areas of expertise
Airtable is a low- code platform that incorporates OpenAI services and the data is kept private to Airtable. NSF TIP has been approved to use Airtable for several use cases, and…
Use AI to populate reviewer "areas of expertise" and state of potential Regional Engines submitters (members of organizations)
TIP is authorized to use Airtable for project management, including reviewer volunteers and recruitment. Airtable is a no-code platform that includes a built-in database. This s…
Enhancing Technology, Innovation and Partnerships (TIP) Awards: Efficient Tagging for the 10 Key Technology Areas (KTAs)
Per the "CHIPS and Science Act" mandate, TIP needs to know the investment portfolio based on the 10 KTAs.
Open-source topic identification for the Public Engagement with Science Initiative data analysis.
OIA team proposes using unsupervised Natural Language Processing (NLP) to identify topical themes within responses submitted to the NSF public engagement questionnaire. The AI…
Hand-written text extraction using Textract for the Public Engagement with Science Initiative
OIA Team proposes using a Commercial Off the Shelf Amazon Web Services (AWS) product, Textract, as a character recognition tool to convert handwritten text into machine-encoded…
NSF AI-Ready Research Performance Progress Reports (RPPR) Data
OCIO is working to provide AI-ready RPPR data – a key component for determining outcomes of NSF investments. Note: Information in the RPPR may be used to identify outputs and be…
Technology, Innovation and Partnerships (TIP) Microsoft (MS) Copilot Pilot
Copilot can be used to rewrite and generate text based on user prompts in Microsoft 365 services, including Microsoft Word, Microsoft Excel, and PowerPoint. Copilot for Microsoft…
A document summarizer via Natural Language Processing
The AI system utilizes state-of-the-art transformer-based models (e.g., BART, Pegasus, T5, SciBERT) to perform text summarization. These models are deployed entirely within the ag…
Document similarity analysis via Natural Language Processing
The AI system utilizes a sentence-transformer model (all-mpnet-base-v2) and a statistical keyword method (TF-IDF) to perform document similarity tasks. These models are deployed e…
Microsoft 365 (M365) AI Builder pre-built Generative Pre-trained Transformer (GPT) for Summarization
OIA team requests to use the existing AI Builder pre-built Generative Pre-Trained Transformer (GPT) functions within Microsoft Power Platform to perform summarization tasks on t…
Comparison of proposal similarities at different levels of National Science Foundation (NSF) organization
The goal of the analysis is to compare how any two programs, divisions or , directorates in NSF are similar to each other to assess uniqueness and overlap between units. The compa…