Tracking a financial benchmark using a few assets

We study the problem of tracking a financial benchmark - a continuously compounded growth rate or a stock market index - by dynamically managing a portfolio consisting of a small number of traded stocks in the market. In either case, we formulate the tracking problem as an instance of the stochastic...

Ամբողջական նկարագրություն

Մատենագիտական մանրամասներ
Հիմնական հեղինակներ: Yao, D, Zhang, S, Zhou, X
Ձևաչափ: Journal article
Լեզու:English
Հրապարակվել է: 2006
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author Yao, D
Zhang, S
Zhou, X
author_facet Yao, D
Zhang, S
Zhou, X
author_sort Yao, D
collection OXFORD
description We study the problem of tracking a financial benchmark - a continuously compounded growth rate or a stock market index - by dynamically managing a portfolio consisting of a small number of traded stocks in the market. In either case, we formulate the tracking problem as an instance of the stochastic linear quadratic control (SLQ), involving indefinite cost matrices. As the SLQ formulation involves a discounted objective over an infinite horizon, we first address the issue of stabilizability. We then use semidefinite programming (SDP) as a computational tool to generate the optimal feedback control. We present numerical examples involving stocks traded at the Hong Kong and New York Stock Exchanges to illustrate the various features of the model and its performance. © 2006 INFORMS.
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spelling oxford-uuid:ad2daa08-2d5b-45ac-8c3a-b32770e4c2412022-03-27T03:33:45ZTracking a financial benchmark using a few assetsJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:ad2daa08-2d5b-45ac-8c3a-b32770e4c241EnglishSymplectic Elements at Oxford2006Yao, DZhang, SZhou, XWe study the problem of tracking a financial benchmark - a continuously compounded growth rate or a stock market index - by dynamically managing a portfolio consisting of a small number of traded stocks in the market. In either case, we formulate the tracking problem as an instance of the stochastic linear quadratic control (SLQ), involving indefinite cost matrices. As the SLQ formulation involves a discounted objective over an infinite horizon, we first address the issue of stabilizability. We then use semidefinite programming (SDP) as a computational tool to generate the optimal feedback control. We present numerical examples involving stocks traded at the Hong Kong and New York Stock Exchanges to illustrate the various features of the model and its performance. © 2006 INFORMS.
spellingShingle Yao, D
Zhang, S
Zhou, X
Tracking a financial benchmark using a few assets
title Tracking a financial benchmark using a few assets
title_full Tracking a financial benchmark using a few assets
title_fullStr Tracking a financial benchmark using a few assets
title_full_unstemmed Tracking a financial benchmark using a few assets
title_short Tracking a financial benchmark using a few assets
title_sort tracking a financial benchmark using a few assets
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