Book contents
- Frontmatter
- Contents
- Introduction
- 1 Main Limit Laws in the Normal Deviation Zone
- 2 Integro-Local Limit Theorems in the Normal Deviation Zone
- 3 Large Deviation Principles for Compound Renewal Processes
- 4 Large Deviation Principles for Trajectories of Compound Renewal Processes
- 5 Integro-Local Limit Theorems under the Cramér Moment Condition
- 6 Exact Asymptotics in Boundary Crossing Problems for Compound Renewal Processes
- 7 Extension of the Invariance Principle to the Zones of Moderately Large and Small Deviations
- Appendix A On Boundary Crossing Problems for Compound Renewal Processes when the Cramér Condition Is Not Fulfilled
- Basic Notation
- References
- Index of Special Symbols
3 - Large Deviation Principles for Compound Renewal Processes
Published online by Cambridge University Press: 16 June 2022
- Frontmatter
- Contents
- Introduction
- 1 Main Limit Laws in the Normal Deviation Zone
- 2 Integro-Local Limit Theorems in the Normal Deviation Zone
- 3 Large Deviation Principles for Compound Renewal Processes
- 4 Large Deviation Principles for Trajectories of Compound Renewal Processes
- 5 Integro-Local Limit Theorems under the Cramér Moment Condition
- 6 Exact Asymptotics in Boundary Crossing Problems for Compound Renewal Processes
- 7 Extension of the Invariance Principle to the Zones of Moderately Large and Small Deviations
- Appendix A On Boundary Crossing Problems for Compound Renewal Processes when the Cramér Condition Is Not Fulfilled
- Basic Notation
- References
- Index of Special Symbols
Summary
We study the nature of the distributions of CRPs in the large deviation zone and establish the corresponding LDPs. We clarify the relation of the distribution of a CRP with the renewal measure for the sequence {Tn, Zn}. We investigate some properties of the deviation functions of the renewal measures that appear in this problem. We prove the LDPs for the CRPs Z(t). The definition of the fundamental function is given, and we also study its properties and relations to the deviation functions. We present several results on LDPs for the process Y(t) and for Markov additive processes.
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- Information
- Compound Renewal Processes , pp. 90 - 153Publisher: Cambridge University PressPrint publication year: 2022