A ping command is to checks whether the client can send or receive packets . A Ping Flood can be defined as an attempt by an attacker on a high bandwidth connection . It is to saturate a network with packets in order to slow the traffic .
Theres probably something wrong with the cable wire, or the firewall is turned on and a very strict Network security program was installed. Another answer is the traffic. There may be to much network traffic that the packets sent might be preempted in the process.
ping is the easiest.
Tracert lists the places that a message passes from source to destination. Ping only says the computer destination is answering "yes, I'm here."
ICMP is the "Internet Control Message Protocol". ICMP packets are small packets used in local networks and on the Internet, most typically, for network troubleshooting and problem location. ICMP may be used for reporting the route packets are taking to reach an arbitrary destination either locally or on the Internet or to determine if a particular local or Internet connected device is reachable and/or responding. Various operating systems make use of the ICMP protocol for the above mentioned purposes via utilities such as 'traceroute' and 'ping' in the UNIX/Linux world, or 'tracert' and 'ping' in the Windows world. [JMH]
ping -n 8 destination
PING packets can get lost due to various reasons, including network congestion, routing issues, or hardware failures. If a router or switch is overwhelmed with traffic, it may drop packets to manage load. Additionally, if there are configuration errors or if the destination host is down or unreachable, the PING packets may not reach their intended target. Lastly, packet loss can occur due to poor quality connections, such as issues with cables or wireless interference.
Ping usually sends small packets to the destination machine, which is in turn sent back by the destination machine to the source machine. There are usually many paths available from the source to the destination, and each time ping is run, it is not necessary that the same route is chosen. (The route can vary depending on the traffic patterns etc) This changes the amount of time taken by packets to come back to source machine when ping runs different number of times.
To change the number of packets sent in a ping command, you can use the -c option followed by the desired number of packets. For example, in a terminal, you would type ping -c 5 [IP address or hostname] to send 5 packets. Adjust the number as needed to send more or fewer packets.
A ping command is to checks whether the client can send or receive packets . A Ping Flood can be defined as an attempt by an attacker on a high bandwidth connection . It is to saturate a network with packets in order to slow the traffic .
Yes, ping can be traced to some extent. When you send a ping, it generates ICMP (Internet Control Message Protocol) packets that travel over the network, allowing the destination device to respond. Network administrators can monitor and log these packets, which can reveal the source IP address and the path taken through the network. However, the level of traceability can vary depending on network configurations, firewalls, and privacy measures in place.
To measure network delay in Windows, you can use the ping command. This command sends ICMP Echo Request packets to a specified IP address or hostname and reports the time it takes for the packets to travel to the destination and back. For example, typing ping google.com in the Command Prompt will display the round-trip time, helping you assess network latency.
No, the ping command will not work if the gateway is not connected. The ping command relies on the network path to send ICMP echo requests to a specified IP address, and if the gateway is down, packets cannot be routed outside the local network. Consequently, you will not receive any replies, indicating that the destination is unreachable.
For a Microsoft Windows computer: ping -n 9 For a Linux computer: ping -c 9
Ping
In the context of the ping command, the -R option is used to record the route that packets take to a specified destination. This option requests the router to include the route information in the packet headers, allowing the user to see the path taken by the packets. However, it is important to note that not all systems or routers may support this option, and it may be used less frequently than other options.
Theres probably something wrong with the cable wire, or the firewall is turned on and a very strict Network security program was installed. Another answer is the traffic. There may be to much network traffic that the packets sent might be preempted in the process.