Have you ever wondered how Google Maps works? How does the application calculate the fastest route for you, and how does it do this so quickly? The answer might surprise you – at the backbone of these navigational applications and software is graph theory.
Once upon a time, when it was uncommon to wear a medical mask in public, I was a mechanical engineering student at the University of Oklahoma. As anyone who’s been to the Southeast will know, Oklahoma is oil country. Therefore, when I went to the career fair in the Spring semester of my junior year, I had filtered out all of the companies that had anything to do with the petroleum industry. I was left with only a few companies that piqued my interest. One of these companies was MITRE.
Approximately 2 billion people lack regular access to sufficient quality food. The issue of global food insecurity is one that is constantly being looked at and, fortunately, MITRE is stepping up to help mitigate this problem. Dr. David E. Willmes discusses his team’s project and how it uses significant crop and consumption data to better understand the factors at play in this global problem.
Many countries in the Global South are not fortunate enough to have the infrastructure or tools that we take for granted. Things as simple as knowing where a community is can mean life or death when battling disease. Join us as Dr. Victoria M. Gammino walks us through her work turning geospatial data into the tools and technology needed to keep the world healthy and disease free.
Every day, billions of people connect to the internet. When you log on to your favorite website, mitre.org for example, you can be quite safe in assuming that what you get is the real MITRE website and not a random server pretending to be mitre.org to steal information. You can also safely assume that you are the only one who can log on to your bank account and access all the information contained in it.
So You Want to Think Like a Data Scientist? The Importance of Visualizations in the Data Science Workflow
Although the moniker data scientist implies that the role centers around manipulating data and modeling it, visualizing data and creating visualizations are an integral part of the daily workflow for practicing data scientists like me. Not only do visualizations allow us to communicate results quickly and efficiently, but visualizing is a key tool during exploratory data analysis, data cleaning, modeling, and other steps of the process of telling stories with numbers.
MITRE has taken on a challenge: to shape America’s future workforce and economy by alerting college students to the power of artificial intelligence (AI). That vision is now taking shape at schools across the country through an initiative known as Generation AI Nexus (Gen AI).
Delve into the history and meaning of risk, and you may be surprised to find that the word risk has an uncertain etymology. Depending on the domain, definitions of risk may be based on probability, danger, uncertainty, or chance.
Most organizations typically plan for one type of opponent (one future) even though a better approach would be preparing for multiple opponents (multiple futures), building in the much-needed resiliency. One approach that helps build this resiliency into organization is Strategic Foresight, an approach developed by Herman Kahn in the 1950s to help the US contemplate and plan for various outcomes of the Cold War including Mutually Assured Destruction (MAD) using applications from game theory.
How do we balance the desire of organizations to harness big data’s power with the need to prevent potential harm to individuals or populations? For health care, MITRE developed a framework to promote the ethical use of consumer-generated lifestyle data.
Today’s environment is one of constant change and disruption. Government organizations are greatly impacted by new technologies, new laws and policies, administration changes, and customer expectations for increased services. To carry out their missions and serve customers in this type of environment, government organizations must operate in a more agile manner and better manage constraints and demands.
In the FY16 National Defense Authorization Act (NDAA), Congress established two Middle Tier of Acquisition (MTA) Pathways to streamline the requirements, budget, and acquisition processes to provide technologies faster to meet emerging military needs. Rapid Prototyping focuses on using innovative technology to rapidly develop fieldable prototypes within 5 years.
Dr. Philip Barry is the Technical Director for Modeling, Simulation, Experiments, & Analysis here at MITRE. When he’s not leading simulations work, he is teaching Risk Management at George Mason. Ever focused on bringing new tools and methodologies into the classroom, Dr. Barry partnered with George Mason and Joe Garner and Ali Zaidi from MITRE’s Generation AI Nexus (Gen AI) team, to create a first-of-its-kind lesson blending risk management with artificial intelligence (AI).
Ali Zaidi is a MITRE data scientist tackling an interesting challenge for MITRE as part of his work for Generation AI Nexus. As the fields of machine learning and data science have grown, the need for machine learning education has become a necessity of many fields few would associate with computer science.
Anyone with experience facing an important challenge or project understands that the job is easier when you have the right tools. The Innovation Toolkit (ITK) is a collection of methods and techniques curated by MITRE experts to help teams be more innovative.
So you’ve heard about Symphony™ – MITRE’s automated provisioning framework that rapidly builds secure analytic cells for geospatial, AI, and machine learning applications. Have you tried explaining it to a college student?
Welcome to the first installment of the Knowledge-Driven Podcast. In this new series, Software Systems Engineer Cameron Boozarjomehri interviews technical leaders at MITRE who have made knowledge sharing and collaboration an integral part of their practice.
Is artificial intelligence (AI) the way of the future… or already the way of the present?
Applications of AI surround us in our daily lives – ever use an app to get around traffic? How about checking your social media feeds? As our society integrates AI into our daily lives, it’s important to note that the upcoming generation has always lived with AI.
The process of neural interactions and visual interpretation happens every time your brain wants to identify literally anything you look at.
The Emerging Technologies program is now a major undertaking for MITRE. It draws upon contributions from staff at all levels of the company, including many who were not mentors or student investigators.