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Lecture Date: December 15, 2021 -- Virtual Lecture
Chapter: Madras Chapter
Chapter Chair: S. Salivahanan
Topic: 6G: Current Research Trends and Open Challenges
Lecture details
Project
A PhD or Postdoctoral research position is available in the KU Leuven, Electrical Engineering Department (ESAT), STADIUS Center for Dynamical Systems, Signal Processing and Data Analytics, in the frame of a research project on the design of integrated and distributed digital signal processing algorithms for audio and speech communication devices.
Submission Deadline: January 25, 2022
Call for Proposals Document
The Computational Medicine Lab (CML) at the New York University’s Biomedical Engineering Department has Ph.D. and M.S. openings for highly motivated and creative prospective Ph.D. and M.S. students with applied mathematics, signal processing, and/or control theory backgrounds to develop mathematical algorithms for biomedical engineering applications with a focus on human subject research. The Ph.D. and M.S.
The Department of Electrical and Computer Engineering at San Diego State University has recently received a $3.5M gift from Eric and Peggy Johnson to establish The fred harris Endowed Chair in Digital Signal Processing. This endowment is to honor emeritus professor fred harris and his legacy of excellence and teaching in digital signal processing.
December 28-31, 2021
Registration Deadline: N/A
Location: Hybrid - Hyderabad, India
Password strength meters (PSMs) are being widely used, but they often give conflicting, inaccurate and misleading feedback, which defeats their purpose. Except for fuzzyPSM, all PSMs assume passwords are newly constructed, which is not true in reality. FuzzyPSM considers password reuse, six major leet transformations and initial capitalization, and performs the best as evaluated by Golla and Dürmuth at ACM CCS’18. On the basis of fuzzyPSM, we propose a new PSM based on R euse, L eet and S eparation, namely RLS-PSM.
Lecture Date: December 14, 2021 -- (Virtual Lecture)
Chapter: Gujarat
Chapter Chair: Chirag Paunwala
Topic: Hearable devices: new directions with new functions
Lecture Date: November 3, 2021 -- Virtual Lecture
Chapter: Santa Clara Valley
Chapter Chair: Yang Lei
Topic: Boundless XR Technologies
The Department of Computer Science at the University of Texas at El Paso invites applications for two open-rank faculty positions starting Fall 2021 in the areas of Spoken Language Processing, Machine Learning, Computer Systems, or Software Engineering. For details, including required qualifications and application instructions, please visit https://www.utep.edu/employment. We welcome those working in both core SLT areas and in in
This paper presents a signal processing and machine learning (ML) based methodology to leverage Electromagnetic (EM) emissions from an embedded device to remotely detect a malicious application running on the device and classify the application into a malware family. We develop Fast Fourier Transform (FFT) based feature extraction followed by Support Vector Machine (SVM) and Random Forest (RF) based ML models to detect a malware. We further propose methods to learn characteristic behavior of different malwares from EM traces to reveal similarities to known malware families and improve efficiency of malware analysis.
Record linkage is the challenging task of deciding which records, coming from disparate data sources, refer to the same entity. Established back in 1946 by Halbert L. Dunn, the area of record linkage has received tremendous attention over the years due to its numerous real-world applications, and has led to a plethora of technologies, methods, metrics, and systems.
Tomography has been widely used in many fields. The theoretical basis of tomography is the Radon transform, which is the line integral along a radial line oriented at a specific angle. In practice, the detector that collects the projection has a certain width, which does not coincide with the line integral. Therefore, the resolution of the reconstructed image will be reduced. In order to overcome the effect of the detector width on the reconstruction quality, some reconstruction methods have taken the influence of the detector width into account and have achieved high reconstruction quality, such as the distance-driven model (DDM) and the area integral model (AIM).
Recent efforts on solving inverse problems in imaging via deep neural networks use architectures inspired by a fixed number of iterations of an optimization method. The number of iterations is typically quite small due to difficulties in training networks corresponding to more iterations; the resulting solvers cannot be run for more iterations at test time without incurring significant errors.