9 | | More formally, a simulation would consist of a set of ''n'' connection vectors ''C'',,1...''n'',,, ~~each including~~ a set of ''k'' epochs, ''C'',,''i'',,=<''E'',,1,,,''E'',,2,,,..., ''E'',,k,,>, where each epoch is defined by ''E,,i,,'' = (''a,,i,,'',''b,,i,,'',''t,,i,,''). Each epoch includes ''a'',,''i'',,, the size of the ''i ''^th^ ADU sent from the connection initiator to the connection acceptor, ''b,,i,,'', the size of the ''i ''^th^ ADU sent from the connection acceptor to the connection initiator, and ''t,,i,,'', the "think" or processing time between the receipt of the ''i ''^th^ "response" ADU and the transmission of the (''i''+1)^st^ "request". Note that Tmix does not require the any information from application layer headers. |

| 9 | More formally, a simulation would consist of a set of ''n'' connection vectors ''C'',,1...''n'',,, starting at times ''T'',,1...''n'',,. Each connection vector includes a set of ''k'' epochs, ''C'',,''i'',,=<''E'',,1,,,''E'',,2,,,..., ''E'',,k,,>, where each epoch is defined by ''E,,i,,'' = (''a,,i,,'',''b,,i,,'',''t,,i,,''). Each epoch includes ''a'',,''i'',,, the size of the ''i ''^th^ ADU sent from the connection initiator to the connection acceptor, ''b,,i,,'', the size of the ''i ''^th^ ADU sent from the connection acceptor to the connection initiator, and ''t,,i,,'', the "think" or processing time between the receipt of the ''i ''^th^ "response" ADU and the transmission of the (''i''+1)^st^ "request". Note that Tmix does not require the any information from application layer headers. |