![]() The jitter is calculated as a packet delay variation for a sample of delivered packets of a specified length with reference to the specifications defined in RFC-1889. The sample for calculation is built from a specified number of the latest delivered packets. The percentile specified in the Latency Percentile field is used. ![]() The latency percentile separates the greater and lesser parts of a round-trip times data set. The packet loss percentage is a ratio of the number of lost packets from the sample to the number of packets sent within the same sample. In case no condition is reached, the connection quality is treated as Good. For the Bad and Warning quality, you can specify the conditional values to check for packet loss percentage, latency and jitter. The Estimate Quality Since field is used to specify the minimum number of responses sufficient to estimate the connection quality, while it will be considered Pending with a lower number of responses.Ī connection quality is considered Critical in case all packets from the sample are lost. the number of responses in the sample is below its size. Ping Monitor can estimate the connection quality when the sample is incomplete, i.e. The Sample Size field is used to specify the number of most latest pings to be used for quality calculation. When calculating a connection quality, Ping Monitor can use such characteristics as the percentage of lost packets, the latency percentile and the latency jitter. Specifying connection quality monitoring configuration For detailed information, you can refer to other sections of the product documentation.Pic 1. Getting Started provides you with a general overview of the program features and practical advices on using the program. In the following chapters, you can learn how to use the program in the scenarios listed above and in other cases. You can also export raw ping data to open them in other systems. ![]() For example, the program can notify other systems when the host state or quality change. It is possible to integrate the program with other systems. You can estimate the host performance for any historical time range and generate reports with detailed statistics. The program saves monitoring statistics, so you can access it anytime to see how the host performance metrics changed over time. ![]() The program can send you notifications when the connection quality changes, so you can take required actions if needed. When a host is up, its connection quality may vary therefore, a continuous monitoring of the quality allows preventing potential problems. In addition to monitoring the host states, the program can monitor the quality of the network connections using the metrics based on ICMP pings. The program provides you with information on the current state of every host and the entire monitoring system by displaying the quantity of hosts in different states. to detect if they are up or down) using ICMP pings and be notified when a host state changes. ![]() You can use the program to continuously monitor the state of hosts (i.e. Below you can find a list of typical scenarios of using Ping Monitor. Ping Monitor is a tool that helps you to proactively identify problems in your network infrastructure and reduce downtime. ![]()
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