Seminar on “Anomaly Detection in Temporal Networks through Topological Features and Motifs with Application to Mobility Data” at 2 pm on December 20, 2022

ISRT Seminar Room (3rd floor) Institute of Statistical Research and Training, University of Dhaka, Dhaka, Please Select, Bangladesh

Speaker: Dr. Asim Kumer Dey, Brac University Venue: ISRT seminar room Date and time: 2 pm on Tuesday, 20 December 2022 Title: Anomaly Detection in Temporal Networks through Topological Features and Motifs with Application to Mobility Data Abstract: This paper aims to shed light on the potential relations among various higher-order network topological features and meso-level functionality of temporal

Fresher Reception and Farewell on December 28, 2022

The freshers' Reception (28th batch) and Farewell (23rd batch) program will be held on Wednesday, Dec 28, 2022, at 10.00 am at the TSC auditorium. Honorable Pro-Vice Chancellor (Academic) Prof. Dr.

Applied Statistics Seminar on Tuesday (February 7, 2023) at 12 PM

Abstract: The exchangeability of units between treatment groups is a key and typically untestable assumption for evaluating causal intervention effects in observational studies. Standard methods assuming exchangeability can yield biased

Seminar on Classification and Clustering for RNA-seq data with variable selection 

Speaker: Tanbin Rahman PhD, FDA, USA Title: Classification and Clustering for RNA-seq data with variable selection Abstract: Clustering and classification play an important role in identifying sub-types of complex diseases as well as building a predictive model in the field of medicine. In recent years, lowering of cost and high accuracy has made RNA-seq widely popular which

Applied Statistics Seminar on “Pairwise Accelerated Failure Time Models for Infectious Disease Transmission Within and Between Households”

isrt seminar room

Abstract: Pairwise survival analysis handles dependent happenings in infectious disease transmission data by analyzing failure times in ordered pairs of individuals. The contact interval in the pair ij is the time from the onset of infectiousness in i to infectious contact from i to j, where an infectious contact is sufficient to infect j if he