Photo Courtesy governor.maryland.gov

Motorola Solutions is looking for an intern to work on the state's new Maryland FiRST website. Maryland FiRST, or Maryland First Responders Interoperable Radio System Team, will connect Maryland's first responders over a secure 700 MHz radio system.

The following is a job description,  taken from a UMBC News post:

It will consist of approved design documentation for public viewing, as well as, secured information for those who are allowed to login.  This site will be organized for easy-viewing of the system description, site map, and relevant documents.  This site will also include a map of the state with site names and hyperlinks in order to get more detailed information about each site.  This web developer will also need to be strong in requirements development, have great organization skills, be creative, efficient and a team player.  Ongoing maintenance of the site will be necessary, too, as documents get updated and additional design documents get added.

 

Furthermore, this position has an added opportunity to use an “SNMP Management Software” tool to develop a “Manager of Managers” for the entire alarming system of the MD FiRST Radio System.  The position offers opportunity to be creative, work with other people and develop tools that will be used for decades by the State of Maryland’s Public Safety Agencies.

Applicants must be graduating on or after June 2013, be pursuing a Bachelor's Degree, and must have classes or coursework in Computer Science Software Development or Software Engineering.

This paid internship offers $17-25/hour depending on year, experience, and skills.

Apply for the position via UMBCworks, and through the following link.

Photo Courtesy bioparks.aurp.net

A year ago, Northrop Grumman partnered with bwtech@UMBC to form the Cync program with the goal of “identifying, developing, and commercializing technologies that will meet the cybersecurity needs of the DOD, DHS, DOJ and Intelligence communities,”says the website. Since then, the program has supported five technology startups—AccelerEyes, Five Directions, KoolSpan, Oculis Labs, and Rogue Networks—by providing them with office and laboratory space in UMBC’s research park, business mentorship, and access to the incubator’s resources.

According to a press release, the Cync companies are thriving, and two have earned Defense Advanced Research Projects Agency (DARPA) Fast Track awards. Interest in the program—which seeks out companies that focus on situational awareness/visualization, sensors, processing, workflow management, and modeling simulation–is growing. Throughout the country, there are over 100 additional companies interested in participating.

Dr. Freeman Hrabowski spoke about the benefits of the program:

“This university-industry partnership is helping companies develop solutions to guard against current and future cyber threats, and it’s bringing some of the best minds in cybersecurity to our campus,” said Freeman Hrabowski, president of UMBC. “The companies provide educational and internship opportunities for our students while also contributing to the strength of Maryland’s economy.”

Chris Valentino, director, contract research and development, Cyber Intelligence division, Northrop Grumman Information Systems says the company has plans to extend the program on a global level.

To learn more about the Cync program, visit the program's website.
 

That was one expensive bug.

Knight Capital Group installed a new version of its algorithmic trading software which started aggressively buying up shares of 140 companies on the New York Stock Exchange not long after the markets opened on Wednesday.

"Wizzard Software, for example, shot above $14 after closing the night before at $3.50. Abercrombie & Fitch jumped 9 percent within minutes, hitting $36.75 after closing the night before at $33.80. Harley-Davidson suddenly fell 12 percent, to $37.84 from $43.23."

The sudden swings in stock prices and surging trading volume disrupted the stock markets before Knight noticed the problem and shut down its software after just 45 minutes.

After the dust settled, Knight's automatic trader had lost $400 million — almost $10M a minute. To make matters worse, it's own stock's value has collapsed, losing three-quarters of its value, putting the company at risk as it seeks financing or a new owner.

Knight's bad day is a symptom of a larger problem in our financial systems and, perhaps, in a complex society in which automated systems play key roles.

"For investors, it was the latest breakdown in the increasingly complicated electronic systems that run stock trading. Those systems have been showing signs of strain as more traders and big investment firms use powerful computers to carry out trades in mere fractions of a second. These trading issues have become so problematic and frequent that many experts believe they have shaken investors' faith in markets, especially after the deep losses they suffered during the financial crisis and the recession that followed. As a result, many small investors have been fleeing the stock market."

This week's fiasco is the the third stock trading debacle in the last five months. Such problems present us with new challenges in understanding how we can build automated software systems that can perform important and consequential actions safely.  This will require advances in software engineering, artificial ingelligence, and distributed systems as well as ensuring that computing practitioners understand and employ best practices in building software systems.

What does it mean to be a man? When and how did you learn to become a man? 
What do you enjoy about being a man? What do you wish was different?

Explore these questions and more through M2M: The Men’s Initiative. In a safe space you will discuss gender roles, norms/variations, and build a healthy, multifaceted masculinity with other UMBC men. Through the facilitation of UMBC male staff members, you will discuss topics related to being a man parallel to other important social identities and explore ways you can be an effective ally for yourself and others.

M2M is a 10-week commitment. The group will meet once a week on Wednesdays from 9:45am-10:50am beginning September 12th.  Group members are expected to make all meetings. 

Applications are due September 7th. Students will be accepted on a rolling basis.

 Download application by clicking on the document button.

For more information, contact the Women's Center at womens.center@umbc.edu or 410.455.2714 

Welcome class of 2016! We're so glad you chose to study Computer Science or Computer Engineering at UMBC! Now that you're here, we thought you might like a little tour of our department so that you can make the most of the next four years. We don't promise they'll be easy, but we do promise they'll be challening, rewarding, and fun.

Figuring out what courses you need to take is an important first step. All UMBC students, whether they're majoring in Mathematics or French or Media and Communications Studies, have to take General Education Program (GEP) requirements. These are the courses that make you a well-rounded college student. They introduce you to subjects you may have never noticed, like… Asian Studies.

Then there are the courses you take for your major. These are different for the Computer Science and Computer Engineering programs, so click on your major to see what classes you should take, and to learn more about different tracks in fields like Game Development and Information Assurance.

• Computer Science
• Computer Engineering

If you're having trouble figuring out which courses to take and  when, don't despair. That's what your advisor is for. At some point during the semester, head over to room 204 in the Information Technology/ Engineering Building (ITE) and sign up for an advisor.

If you ever find yourself saying those two words, then head over to the Computer Science Help Center for some free tutoring. Located in ITE 201E, it's staffed by your fellow Computer Science students and is open Monday through Friday.

For other problems, head over to the CSEE department office, located in ITE 325. Our supportive staff is here to help Monday through Friday, 8 a.m. to 4:30 p.m.

You've got interests, right? Well at UMBC, there's a club for that. Whether you one day aspire to create the next video game sensation, are confident in your infallible chess game, or would like to help encourage more women to study a technology field, you can find a club that will speak to your interests. Joining a club is a great way to boost your resume, learn new things, and connect with faculty and students. Plus, it’s fun. Check out a list of all of UMBC’s student organizations.

UMBC's special because we offer undergraduates a chance–and, sometimes money–to work on their own research projects. Undergraduate Research Awards (URA) of up to $1,500 are available for promising research projects and Undergraduate Research and Creative Achievement Day (URCAD) gives undergrads a chance to present their findings to an eager audience. Start thinking about research now. The first step is to attend lab meetings and find out what research opportunities are out there. Take a look at our department's research labs, and see what current students are researching.

Follow us on Facebook. Join our myUMBC group. That way you’ll be the first to know about departmental news. We’ll tell you about job and internship opportunities and events you won’t want to miss. Like they say, knowledge is power.

If you want some idea of what a well-rounded Computer Science or Computer Engineering major looks like, take a look at our students below. In their own words, they talk about internships they've had, clubs they are part of, and what they like most about UMBC. Click on the photo below to meet the students.

We’ve known it all along, but now it’s official: we’re cool.

At least, Forbes thinks so.

The magazine rated the country’s 65 largest Metropolitan Statistical Areas and Metropolitan Divisions and came up with a list of the top 20 coolest cities in America. Among the expected winners like New York, NY (#10), San Francisco, CA (#9), and Washington D.C. (#2), was Baltimore at a solid #14.

Cities were rated in seven areas: Arts & Culture Index (entertainment value), Recreation Index (which factors in green space, college sports teams, and recreational opportunities), Diversity Index, Number of Local Eats, Median Age, Unemployment, and 2011 Net Migration.

Here are the stats for Charm City:

M.S.A.: Baltimore-Towson, MD
Arts & Culture Index: 96 (out of 100)
Recreation Index: 98 (out of 100)
Diversity Index: 57 (out of 100)
Number of Local Eats: 4,451
Median Age: 38
Unemployment: 7.1%
2011 Net Migration: 4,610 people

Check out the rest of this list here. You might be surprised at the #1 coolest city in America.

What do you think is the coolest thing about Baltimore?

MS Defense

Approach to Unwrap a 3D Fingerprint to a 2D Equivalent

Ravikiran Dighade

10:00am Thursday, 2 August 2012, ITE 352

Fingerprints are the most widely used biometric feature for human identification because of their accuracy and uniqueness. Traditional fingerprint acquisition techniques are contact based and result in poor quality images. The new generation of non-contact based scanners captures high resolution and detailed 3D fingerprint scan, which addresses many of the problems of traditional fingerprint acquisition techniques. The majority of existing fingerprint databases available today are 2D, so there is a need for backward compatibility for the 3D scans captured. In order to solve this interoperability issue, I present an algorithm to unwrap the 3D fingerprint to its 2D equivalent image to be able used in an Automatic Fingerprint Identification System.

Program Committee: Drs. Marc Olano (Advisor, Chair), Penny Rheingans and Dr. Gymama Slaughter

COLLOQUIUM
Computer Science and Electrical Engineering
University of Maryland, Baltimore County

The Advanced Computing Systems Research Program

David J. Mountain
Technical Director, Center for Exceptional Computing

1:00pm Friday, 7 September 2012, ITE 227, UMBC

The Advanced Computing Systems (ACS) Research Program recently relocated from Adelphi, Maryland, to the Research Park complex next to UMBC. What type of computing research does ACS focus on? How is it organized? What opportunities for collaboration exist for UMBC? This talk will provide answers to these questions, explain how ACS tackles its research challenges, and provide a sneak preview of upcoming ACS presentations on specific research projects.

David J. Mountain is the Technical Director at the Center for Exceptional Computing (CEC), a Department of Defense research laboratory in the UMBC Research Park. The mission of the CEC is to collaborate with industry, academia, and the government to drive innovative research that will impact advanced computing systems at the multi-petaflop scale and beyond. His responsibilities include directing research activities in technical thrusts including power efficiency, chip IO, system level interconnects, file system IO, productivity, and resilience.

Mr. Mountain’s personal research projects have included radiation effects studies, hot carrier reliability characterization, and chip-on-flex process development utilizing ultra-thin circuits. He has been actively involved with 3D electronics research for nearly two decades. Mr. Mountain is the author of seven papers, has been awarded eight patents, and is a Senior Member of the IEEE.

Host: Yaacov Yesha, Sorry, you need javascript to view this email address.

Directions and more information on recent and upcoming talks.