Results for "Author: raxix"

This code shows a simple TCP which has checksum, error control, packet loss and simulation for a random network. You can give the time slice, packet loss, corrupt packet, and random number range. The time slice indicates the time it takes the packet to reach from A_side(client) to B_Side(server), the more the packet loss probability the more packets will be lost before send to the server. The higher the packet corrupt probability the more packets will be corrupted before send to the server. If random seed is high, the range of random number generated will be more. It will be easier for you to trace the program if the range is less. ex: 5. Try to use a timer value about 1000 if you want to send the message from client to server.

This is a simple java applet which registers a new user. Before you run the code u need to set you ODBC for the data base I have included. You can use the code for your own use and fun. Just try vote for the code if you have time.

This code shows a simple TCP which has checksum, error control, packet loss and simulation for a random network. You can give the time slice, packet loss, corrupt packet, and random number range. The time slice indicates the time it takes the packet to reach from A_side(client) to B_Side(server), the more the packet loss probability the more packets will be lost before send to the server. The higher the packet corrupt probability the more packets will be corrupted before send to the server. If random seed is high, the range of random number generated will be more. It will be easier for you to trace the program if the range is less. ex: 5. Try to use a timer value about 1000 if you want to send the message from client to server.

This is a simple java applet which registers a new user. Before you run the code u need to set you ODBC for the data base I have included. You can use the code for your own use and fun. Just try vote for the code if you have time.

This code shows a simple TCP which has checksum, error control, packet loss and simulation for a random network. You can give the time slice, packet loss, corrupt packet, and random number range. The time slice indicates the time it takes the packet to reach from A_side(client) to B_Side(server), the more the packet loss probability the more packets will be lost before send to the server. The higher the packet corrupt probability the more packets will be corrupted before send to the server. If random seed is high, the range of random number generated will be more. It will be easier for you to trace the program if the range is less. ex: 5. Try to use a timer value about 1000 if you want to send the message from client to server.

This is a simple java applet which registers a new user. Before you run the code u need to set you ODBC for the data base I have included. You can use the code for your own use and fun. Just try vote for the code if you have time.

This code shows a simple TCP which has checksum, error control, packet loss and simulation for a random network. You can give the time slice, packet loss, corrupt packet, and random number range. The time slice indicates the time it takes the packet to reach from A_side(client) to B_Side(server), the more the packet loss probability the more packets will be lost before send to the server. The higher the packet corrupt probability the more packets will be corrupted before send to the server. If random seed is high, the range of random number generated will be more. It will be easier for you to trace the program if the range is less. ex: 5. Try to use a timer value about 1000 if you want to send the message from client to server.

This is a simple java applet which registers a new user. Before you run the code u need to set you ODBC for the data base I have included. You can use the code for your own use and fun. Just try vote for the code if you have time.

This code shows a simple TCP which has checksum, error control, packet loss and simulation for a random network. You can give the time slice, packet loss, corrupt packet, and random number range. The time slice indicates the time it takes the packet to reach from A_side(client) to B_Side(server), the more the packet loss probability the more packets will be lost before send to the server. The higher the packet corrupt probability the more packets will be corrupted before send to the server. If random seed is high, the range of random number generated will be more. It will be easier for you to trace the program if the range is less. ex: 5. Try to use a timer value about 1000 if you want to send the message from client to server.

This is a simple java applet which registers a new user. Before you run the code u need to set you ODBC for the data base I have included. You can use the code for your own use and fun. Just try vote for the code if you have time.

This code shows a simple TCP which has checksum, error control, packet loss and simulation for a random network. You can give the time slice, packet loss, corrupt packet, and random number range. The time slice indicates the time it takes the packet to reach from A_side(client) to B_Side(server), the more the packet loss probability the more packets will be lost before send to the server. The higher the packet corrupt probability the more packets will be corrupted before send to the server. If random seed is high, the range of random number generated will be more. It will be easier for you to trace the program if the range is less. ex: 5. Try to use a timer value about 1000 if you want to send the message from client to server.

This is a simple java applet which registers a new user. Before you run the code u need to set you ODBC for the data base I have included. You can use the code for your own use and fun. Just try vote for the code if you have time.

This code shows a simple TCP which has checksum, error control, packet loss and simulation for a random network. You can give the time slice, packet loss, corrupt packet, and random number range. The time slice indicates the time it takes the packet to reach from A_side(client) to B_Side(server), the more the packet loss probability the more packets will be lost before send to the server. The higher the packet corrupt probability the more packets will be corrupted before send to the server. If random seed is high, the range of random number generated will be more. It will be easier for you to trace the program if the range is less. ex: 5. Try to use a timer value about 1000 if you want to send the message from client to server.

This is a simple java applet which registers a new user. Before you run the code u need to set you ODBC for the data base I have included. You can use the code for your own use and fun. Just try vote for the code if you have time.

This code shows a simple TCP which has checksum, error control, packet loss and simulation for a random network. You can give the time slice, packet loss, corrupt packet, and random number range. The time slice indicates the time it takes the packet to reach from A_side(client) to B_Side(server), the more the packet loss probability the more packets will be lost before send to the server. The higher the packet corrupt probability the more packets will be corrupted before send to the server. If random seed is high, the range of random number generated will be more. It will be easier for you to trace the program if the range is less. ex: 5. Try to use a timer value about 1000 if you want to send the message from client to server.

This is a simple java applet which registers a new user. Before you run the code u need to set you ODBC for the data base I have included. You can use the code for your own use and fun. Just try vote for the code if you have time.

This code shows a simple TCP which has checksum, error control, packet loss and simulation for a random network. You can give the time slice, packet loss, corrupt packet, and random number range. The time slice indicates the time it takes the packet to reach from A_side(client) to B_Side(server), the more the packet loss probability the more packets will be lost before send to the server. The higher the packet corrupt probability the more packets will be corrupted before send to the server. If random seed is high, the range of random number generated will be more. It will be easier for you to trace the program if the range is less. ex: 5. Try to use a timer value about 1000 if you want to send the message from client to server.

This is a simple java applet which registers a new user. Before you run the code u need to set you ODBC for the data base I have included. You can use the code for your own use and fun. Just try vote for the code if you have time.

This code shows a simple TCP which has checksum, error control, packet loss and simulation for a random network. You can give the time slice, packet loss, corrupt packet, and random number range. The time slice indicates the time it takes the packet to reach from A_side(client) to B_Side(server), the more the packet loss probability the more packets will be lost before send to the server. The higher the packet corrupt probability the more packets will be corrupted before send to the server. If random seed is high, the range of random number generated will be more. It will be easier for you to trace the program if the range is less. ex: 5. Try to use a timer value about 1000 if you want to send the message from client to server.

This is a simple java applet which registers a new user. Before you run the code u need to set you ODBC for the data base I have included. You can use the code for your own use and fun. Just try vote for the code if you have time.