Proposed visit by Professor Sandeep Juneja (Tata Institute of Fundamental Research, India)

Lead Research Organisation: Heriot-Watt University
Department Name: S of Mathematical and Computer Sciences

Abstract

The aim of this proposal is to bring Professor Sandeep Juneja of the Tata Institute of Fundamental Research, an applied probabilist with particular expertise in rare event simulation and computational finance, to the UK for a period of two-three months. During this period Professor Juneja would give a short course on Portfolio Tail Risk Measurement at Heriot-Watt University under the umbrella of the Maxwell Institute, and would hold an intensive exchange of ideas with the proposed Investigators and their colleagues as an initial phase of a proposed collaboration. He would also visit Cambridge, Bristol, and other UK Institutions to give seminar talks and to hold further scientific discussions with colleagues.

Planned Impact

The proposed research, together with Professor Juneja's associated lectures, will benefit government, industry, commerce and utilities seeking to estimate the probabilities of extreme events: for example, financial extremes leading to the failures of businesses, environmental extremes such as flooding, excessive temperatures and other risks, severe congestion in road, communication and other networks, and failure of supply to meet demand in energy networks. The proposed research will seek to improve mathematical and statistical methodology for understanding the probability theory of extremes, for efficiently calculating or estimating via simulation techniques the probabilities of extreme events, and for analysing data providing information about the occurrence of such events. The research will seek in particular to provide much more efficient computational techniques for such activities. The results of the research will be published in the mathematical and statistical literature, via the web, and disseminated at scientific meetings. The lecture course will be published on the web. Both the investigators and Professor Juneja are further actively engaged in working with governmental, commercial and industrial organisations in addressing problems such as those described above.

Publications

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Juneja S (2016) Overlap Problems on the Circle in Advances in Applied Probability

 
Description We discovered mathematical theorems as well as numerical algorithms to compute probabilities of interference in wireless communications networks modelled as spatial birth and death processes.
Exploitation Route Probabilistic models that understand interferences and general interactions between users that are mobile can provide great deal of insight into designing such systems. Our work builds a mathematical framework that can be generalized in a variety of ways to help develop deeper mathematical results as well as provides insights for practically implementable wireless communications protocols. In addition, we develop efficient and accurate numerical methods that may be of use to practitioners in configuring wireless networks.
Sectors Education

 
Description In the analysis of a number of wireless communication algorithms
First Year Of Impact 2014
Sector Education
Impact Types Societal