News & Events
Innovation Fast Track

ADSA17 Presentations Now Available November 10, 2017

We are pleased to announce that the presentations from The Seventeenth Advanced Development for Security Applications Workshop (ADSA17) which was held on October 17-18, 2017 at Northeastern University in Boston, MA are now available for download. The presentations from the ADSA17 Workshop are now available at the following link: https://myfiles.neu.edu/groups/ALERT/strategic_studies/ADSA17_Presentations.

The title of the workshop was, “Systems Engineering of Aviation Security Systems.” View all slides, as well as the reports from past ADSA workshops here.

If you have any questions regarding the topics and technologies discussed at the workshop, please contact ALERT at alert-info@coe.neu.edu.

 

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ALERT Phase 2 Year 4 Annual Report Available Online! September 27, 2017

ALERT is proud to announce that the Phase 2 Year 4 Annual Report is now available for download online. This report details the continued research in ALERT’s four thrusts:

  • R1 Characterization & Elimination of Illicit Explosives
  • R2 Trace & Vapor Sensors
  • R3 Bulk Sensors & Sensor Systems
  • R4 Video Analytics & Signature Analysis

A full bibliography of publications and presentations conducted under ALERT support follows the individual project reports. Comprehensive descriptions of the Year 4 activities that took place in our Research and Transition, Education, Strategic Studies, Safety, and Information Protection Programs, as well as the ALERT Phase 2 Overview and Year 4 Highlights, Infrastructure and Evaluation, and Industrial/Practitioner and Government Partnerships can also be accessed in the Annual Report.

New Video Analytics Dataset available for use August 25, 2017

ALERT Airport Re-Identification Dataset

As part of the ALERT video analytics effort, researchers at Northeastern University and Rensselaer Polytechnic Institute developed an annotated dataset that accurately reflects the real-world person re-identification problem. The dataset was constructed using video data from the six cameras installed post central security checkpoint at an active commercial airport within the United States. (No NDA required)

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Follow ALERT on Facebook August 24, 2017

ALERT recently joined Facebook! Follow us online and keep up to date on ALERT’s research and education programs, as well as upcoming events and opportunities. Search @alertcoe on Facebook for ALERT updates.
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Patents Awarded to ALERT PI July 29, 2017

Dr. Rinaldi Awarded Two Patents for Resonators

Dr. Matteo Rinaldi, Associate Professor of Electrical and Computer Engineering at Northeastern University and principal investigator for Project R2-B.3, has been awarded two patents for his work on nano- and microelectromechanical resonators. Dr. Rinaldi’s research proposes to develop innovative Nano-Electro-Opto-Mechanical (NEOM) sensing technology platforms for the chemical analysis of trace explosives residues. This work contributed to the creation of the novel resonators patented earlier this month. Congratulations to Dr. Rinaldi and his research team for this exciting achievement!

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ADSA16 Presentations Now Available June 20, 2017

We are pleased to announce that the presentations from The Sixteenth Advanced Development for Security Applications Workshop (ADSA16) which was held on May 2-3, 2017 at Northeastern University in Boston, MA are now available for download.

The title of the workshop was, “Addressing the Requirement for Different Stakeholders in Transportation Security.” View all slides, as well as the reports from past ADSA workshops here.

If you have any questions regarding the topics and technologies discussed at the workshop, please contact ALERT at alert-info@coe.neu.edu.

ADSA16: Bringing Transportation Security Stakeholders Together May 30, 2017

The Sixteenth Advanced Development for Security Applications (ADSA16) Workshop was held on May 2-3, 2017 at Northeastern University in Boston with 160 participants in attendance. The theme for the workshop was “Addressing the Requirements for Different Stakeholders in Transportation Security,” which explored the stakeholder perspectives of the Transportation Security Administration (TSA), airlines, vendors, passengers, academia, and national labs.

Some of the topics discussed at ADSA16 were methods and technologies to optimize airport security checkpoints; emerging technologies; explosives trace detection; deep learning; and techniques and strategies for securing soft targets (malls, arenas, outdoor events).

ADSA16 was unique from previous workshops, because it included the involvement of airline representatives from Alaska Airlines and Jet Blue, who discussed the importance of forming partnerships with aviation security stakeholders during an insightful panel discussion.

The ADSA Workshop series has been convened by the DHS Center of Excellence (COE) for Awareness and Localization of Explosives-Related Threats (ALERT) since 2009. Originally named the “Algorithm Development for Security Applications” Workshop series, the name was changed following ADSA10 in 2014 to reflect how the scope of the workshop series has expanded well beyond algorithms. The ADSA Workshop series is intended to address research opportunities that may enable the development of next-generation systems and to facilitate collaboration and innovation between researchers from academia, national labs, and industry.

The next ADSA Workshop (ADSA17) will be held at the same location on October 17-18, 2017 with the theme “Systems Engineering of Aviation Security Systems.” Specific topics that will be addressed include requirement specifications for systems and subsystems; the acquisition and use of metadata; assessment, management, and use of risk; and layered security. ADSA17 is expected to continue to draw interested and engaged communities from the Homeland Security Enterprise.

For more information about the upcoming ADSA17, please visit the ADSA17 information page. To read up on previous ADSA Workshops, check out ALERT’s collection of final reports.

Check Out Our Latest ALERT 101 Video March 31, 2017

ALERT 101: The Basics – Atoms and Molecules

The prequel to ALERT 101 – Methods of Chemical Characterization and Mitigation, ALERT 101 – The Basics: Atoms and Molecules, provides an introduction to atoms and molecules. This video describes the structure of atoms, basic behaviors and properties of atoms, and how atoms bond to form molecules. Different methods of molecule identification are also discussed.

For users without YouTube access: ALERT 101 – The Basics: Atoms and Molecules

Inspired by the success of TED (www.ted.com) and other educational media forums, ALERT has developed the ALERT 101 video series. Each video short features different technologies and research areas that the ALERT Center engages in. We hope that these productions help educate and inform the global community on these topics in an accessible and enjoyable way

This material is based upon work supported by the U.S. Department of Homeland Security, Science and Technology Directorate, Office of University Programs, under Grant Award 2013-ST-061-ED0001. The views and conclusions contained in this video are those of the authors and should not be interpreted as necessarily representing the official policies, either expressed or implied, of the U.S. Department of Homeland Security.

Professor Steve Beaudoin Awarded “Best Presentation” for ALERT Research at Annual AIChe Meeting March 6, 2017

ALERT researcher, Professor Steve Beaudoin of Purdue University was awarded “Best Presentation” in his session for a paper he presented on at the Annual AlChE Meeting in November 2016. The paper was based on his research project that was recently selected as a new ALERT project. The new project, titled “A Novel Method for Evaluating the Adhesion of Explosives Residue,” aims to provide insight into the reasons why explosives residues stick to surfaces and what must be done to effectively detect those residues in air transportation security environments.

The ultimate outcomes of this project include a library documenting the adhesion characteristics of explosives residues of interest against surfaces of interest, coupled with a spreadsheet that will allow members of the community to calculate adhesion forces between explosives and surfaces of interest. The end-users of the information developed by this project will include members of the Homeland Security community who are engaged with developing apparatuses, materials (swabs), and methods for contact sampling.  Specifically, this research will help them to interpret the results of their developmental work and to guide the creation of next-generation materials and methods for detecting explosives residues.

Professor Beaudoin will be presenting the outcomes of this research thus far at the annual Trace Explosives Detection (TED) Workshop in April, 2017.  This presentation will include all of the data collected, as well as a tutorial that illustrates how members of the Homeland Security community can use the data to calculate adhesion forces.

Professor Jose Martinez-Lorenzo Awarded $500K NSF CAREER Award March 6, 2017

ALERT Thrust R3 Project Investigator, Professor Jose Martinez-Lorenzo of Northeastern University was recently awarded a $500K National Science Foundation (NSF) CAREER Award for his work on developing a method for “4D mm-Wave Compressive Sensing and Imaging at One Thousand Volumetric Frames per Second.” Millimeter-wave sensing and imaging systems are generally used for a wide range of applications, such as security monitoring to detect potential threats at the airport and biological imaging for wound diagnosis and healing. Because this is the first four-dimensional millimeter-wave imaging system that can operate in quick-changing scenarios, it will benefit society greatly.

One of the main applications of this system is finding security threats hidden under clothing, inside backpacks, or in public spaces, such as sports arenas. The system can scan multiple people within 26 cubic meters and produce 1000 3D image frames per second. This far surpasses existing millimeter-wave sensing and imaging systems.

Despite the efficiency of this system, there are still some challenges to overcome. This project will look to address these challenges and ideally, the results of this research will establish the scientific basis for the proposed new sensing and imaging systems, by enhancing the imaging performance, reliability, and efficiency while reducing the hardware complexity, overall cost, and energy consumption of the system.

Additionally, Professor Martinez-Lorenzo will develop an educational program that combines classroom learning with research training methods to help students understand the principles and limitations of wave-based imaging. This educational program will also collaborate with the Northeastern University Cooperative Education and Career Development Program to transition students into industry and the Northeastern University Center for STEM Education to provide valuable research experiences for K-12, undergraduate, and underrepresented students, as well as education through online materials and public venues.