Long-range-dependent time series are endemic in the statistical analysis of Internet traffic. The Hurst parameter provides a good summary of important self-similar scaling properties. We compare a number of different Hurst parameter estimation methods and some important variations. This is done in the context of a wide range of simulated, laboratory-generated, and real data sets. Important differences between the methods are highlighted. Deep insights are revealed on how well the laboratory data mimic the real data. Non-stationarities, which are local in time, are seen to be central issues and lead to both conceptual and practical recommendations
This paper provides a deep analysis of long-range dependence in a continually evolving Internet traf...
Abstract. For more than a decade, it has been observed that network traffic exhibits long-range depe...
The Hurst parameter H characterizes the degree of long-range dependence (and asymptotic self-similar...
Internet traffic exhibits self-similarity and long-range dependence (LRD). Accurate estimation of st...
Abstract- The intensity of long-range dependence (LRD) of the communications network traffic can be ...
We analyze 12 traces of round-trip Internet packet delay. We find that these traces, when viewed as ...
We present a new method to estimate the Hurst parameter of certain classes of random processes. Our...
Abstract—A wavelet-based tool for the analysis of long-range dependence and a related semi-parametri...
Many researchers have discussed the effects of heavy-tailedness in network traffic patterns and show...
Long-range dependence (LRD) is discovered in time series arising from different fields, especially i...
The intensity of Long-Range Dependence (LRD) for communications network traffic can be measured usin...
Internet traffic exhibits self-similarity and long-range dependence (LRD) on various time scales. I...
We consider the problem of estimating the Hurst parameter for long-range dependent processes using w...
Self-similarity and scaling phenomena have dominated Internet traffic analysis for the past decade.W...
International audienceFor more than a decade, it has been observed that network traffic exhibits lon...
This paper provides a deep analysis of long-range dependence in a continually evolving Internet traf...
Abstract. For more than a decade, it has been observed that network traffic exhibits long-range depe...
The Hurst parameter H characterizes the degree of long-range dependence (and asymptotic self-similar...
Internet traffic exhibits self-similarity and long-range dependence (LRD). Accurate estimation of st...
Abstract- The intensity of long-range dependence (LRD) of the communications network traffic can be ...
We analyze 12 traces of round-trip Internet packet delay. We find that these traces, when viewed as ...
We present a new method to estimate the Hurst parameter of certain classes of random processes. Our...
Abstract—A wavelet-based tool for the analysis of long-range dependence and a related semi-parametri...
Many researchers have discussed the effects of heavy-tailedness in network traffic patterns and show...
Long-range dependence (LRD) is discovered in time series arising from different fields, especially i...
The intensity of Long-Range Dependence (LRD) for communications network traffic can be measured usin...
Internet traffic exhibits self-similarity and long-range dependence (LRD) on various time scales. I...
We consider the problem of estimating the Hurst parameter for long-range dependent processes using w...
Self-similarity and scaling phenomena have dominated Internet traffic analysis for the past decade.W...
International audienceFor more than a decade, it has been observed that network traffic exhibits lon...
This paper provides a deep analysis of long-range dependence in a continually evolving Internet traf...
Abstract. For more than a decade, it has been observed that network traffic exhibits long-range depe...
The Hurst parameter H characterizes the degree of long-range dependence (and asymptotic self-similar...