Natallia Katenka

 NatalliaV. Katenka

Natallia V. Katenka

  • Courses4
  • Reviews13
May 14, 2020
N/A
Textbook used: No
Would take again: Yes
For Credit: Yes

0
0


Mandatory



Difficulty
Clarity
Helpfulness

Awesome

Dr. Katenka is an excellent choice for statistics and, in terms of class organization, one of the greatest teachers at this university. The lectures are quite extensive and can be intimidating at first, however the weekly HW helps to solidify the majority of the material. She must keep up with the content at all times, yet her tests are simple. Excellent class!

Biography

University of Rhode Island - Mathematics



Experience

  • Boston University

    Postdocdoral Researcher

    My postdoctoral research at Boston University fell within a long-term collaborative effort of Dr Eric Kolaczyk and Dr. Mark Crovell that is aimed at developing a comprehensive framework for accurate and computationally efficient statistical propagation of low-level uncertainty in primary network data sources (gene expressions, protein profiles, NetFlow traffic, etc.) to high-level knowledge and decision-making tasks (detection, monitoring, prediction, etc.). My major contributions were related to three projects: (1) Inference and Characterization of Multi-Attribute Networks with Application to Computational Biology, (2) Intrusion as (Anti)-social 
Communication: Characterization and Detection, and (3) Epidemiological Models for the Internet Applications.

  • University of Rhode Island

    Associate Professor

    Natallia worked at University of Rhode Island as a Associate Professor

  • University of Rhode Island

    Assistant Professor

    Since I joint the Department of Computer Science and Statistics at URI in 2012, I have started several collaborations and became particularly interested in application of network-based statistical analysis to cyber security, digital forensics, financial stock market, and virtual reality.

  • University of Michigan

    Research Assistant and Teaching Fellow

    Network analysis has become a center of my research since I started my dissertation in 2004 at the University of Michigan (Ann Arbor). The primary focus of my work was application of statistical analysis to wireless sensor networks. In collaboration with my advisers, Professors Liza Levina and George Michailidis, I developed a novel data fusion framework for target detection (1), target localization and diagnostic (2), and target tracking (3) for binary data that exhibit a competitive performance even compared to maximum likelihood estimation based on full signal measurements. Additionally, we proposed a flexible design approach for randomly deployed networks which allows for unreliable sensors and aims to minimize the overall network cost, subject to two fundamental constraints: [1] coverage and [2] connectivity .

  • Belhard

    Software QA Engineer

    Natallia worked at Belhard as a Software QA Engineer

Education

  • University of Michigan

    Ph.D.

    Statistics

  • University of Michigan

    Ph.D.

    Statistics

  • University of Michigan

    Research Assistant and Teaching Fellow


    Network analysis has become a center of my research since I started my dissertation in 2004 at the University of Michigan (Ann Arbor). The primary focus of my work was application of statistical analysis to wireless sensor networks. In collaboration with my advisers, Professors Liza Levina and George Michailidis, I developed a novel data fusion framework for target detection (1), target localization and diagnostic (2), and target tracking (3) for binary data that exhibit a competitive performance even compared to maximum likelihood estimation based on full signal measurements. Additionally, we proposed a flexible design approach for randomly deployed networks which allows for unreliable sensors and aims to minimize the overall network cost, subject to two fundamental constraints: [1] coverage and [2] connectivity .

  • Belarusian State University

    MS

    Applied Mathematics and Computer Science

Positions

  • Hamburg University of Applied Sciences

    Visiting Professor

    urn:li:fs_position:(ACoAAAN7-KUBOw_Z-HIY3GFINdc43MfriteNVLM,296678671)

  • Hamburg University of Applied Sciences

    Visiting Professor

    urn:li:fs_position:(ACoAAAN7-KUBOw_Z-HIY3GFINdc43MfriteNVLM,296678671)

  • Hamburg University of Applied Sciences

    Visiting Professor

    urn:li:fs_position:(ACoAAAN7-KUBOw_Z-HIY3GFINdc43MfriteNVLM,296678671)

  • Hamburg University of Applied Sciences

    Visiting Professor

    urn:li:fs_position:(ACoAAAN7-KUBOw_Z-HIY3GFINdc43MfriteNVLM,296678671)

  • Hamburg University of Applied Sciences

    Visiting Professor

    urn:li:fs_position:(ACoAAAN7-KUBOw_Z-HIY3GFINdc43MfriteNVLM,296678671)

STA 307

3.8(3)

STA 409

4.8(4)

STA 412

3.7(3)