Archive for October, 2011

 

Pinpointing Anomalies in Complex Financial Data

October 31st, 2011

Battelle has licensed its Anomalator software, which pinpoints anomalous information in financial data to identify problematic trends that can put the global financial system at risk [image courtesy Battelle via PNNL].Researchers at the Department of Energy’s Pacific Northwest National Laboratory (PNNL) have developed new software that helps identify anomalies in complex financial data, in hopes of detecting problematic financial trends that jeopardize U.S. and global financial systems. It’s a great example of the kinds of research opportunities at the intersection of computer science and finance.

From the official DoE press release:

Identifying atypical information in financial data early could help identify problematic financial trends such as the systemic risk that recently put the U.S. and global financial systems in a downward fall. Recognizing such anomalous information can also help regulators, investors and advisors better manage their investment and savings portfolios.

 

Now, new analytical software developed by Battelle researchers based [at PNNL] can do just that…

 

In a demonstration of this technology, the Battelle-developed Anomalator™ software recently picked out the atypically stable and positive returns reported by disgraced financier Bernard Madoff as an anomaly among hundreds of funds. He is now serving a 150-year prison sentence for scamming investors out of as much as $65 billion in a Ponzi scheme that spanned at least 20 years. Unfortunately, Madoff’s fraud was concealed for more than 15 years. The use of this sophisticated anomaly-detection and visualization tool could have exposed Madoff early on, and can help expose future scandals, its inventors say…

 

Traditional financial analysis reports either provide a list of numbers or a simple line graph to represent the value of just one investment over time. The Anomalator™ is unique in its ability to identify unusual trends in complex financial data and graphically show how it compares with larger datasets.

So how does it work? Find out after the jump…

» Read more: Pinpointing Anomalies in Complex Financial Data

Facebook’s Fellowship Program for Current CS Ph.D. Students

October 29th, 2011

Facebook Fellowship Program [image courtesy Facebook].Facebook has announced a new installment of its Facebook Fellowship Program – providing full-time Ph.D. students involved in on-going research in computer science (and allied fields) full tuition, a $30,000 stipend, $5,000 for travel, and $2,500 for a personal computer in an effort to facilitate their studies.

Each applicant must provide a one- to two-page research summary that clearly specifies his or her area of focus and the applicability of his or her research to Facebook; a CV (with e-mail, phone, and mailing address), including a list of applicable coursework; a minimum of two letters of recommendation (one must be from the student’s faculty advisor); and the name and website, including short bio, of the faculty advisor.

From Facebook’s announcement:

» Read more: Facebook’s Fellowship Program for Current CS Ph.D. Students

Keys to Biomedical Innovation: “Data Mining & Information Sharing”

October 28th, 2011

FDA: Driving Biomedical Innovation: Initiatives to Improve Products for Patients [image courtesy FDA].Earlier this month at an event in Washington, DC, Food and Drug Administration (FDA) Commissioner Margaret Hamburg, Ph.D.released a blueprint — titled “Driving Biomedical Innovation: Initiatives for Improving Products for Patients” — for spurring biomedical innovation and improving human health. Stemming from “a review of FDA’s current policies and practices, as well as months of meetings with major stakeholders,” the report “addresses concerns about the sustainability of the medical product development pipeline, which is slowing down despite record investments in research and development.” And among the major actions the blueprint focuses on implementing is the idea of harnessing the potential of data mining and machine learning while protecting patient privacy.

As noted in PCAST’s Report to the President on Health Information Technology, [information technology] has the potential to transform healthcare and — through innovative capabilities — improve safety and efficiency in the development of new tools for medicine, support new clinical studies for particular interventions that work for different patients, and transform the sharing of health and research data…

In particular:

» Read more: Keys to Biomedical Innovation: “Data Mining & Information Sharing”