Equation 1 is completely different for uplink and downlink. Uplink version of equation 1 is verbatim.

Send sip unregister and look at return msg. Can throw SIPTimeout(). @return True on success. */

Update vocoder data transfers in both directions. @param transaction The transaction object for this call. @param TCH The traffic channel for this c

Check SIP signalling. @param transaction The call's TransactionEntry. @param LCH The call's GSM logical channel (TCH/FACCH or SDCCH). @param GSMCle

Check SIP and GSM signalling. Can block for up to 52 GSM L1 frames (240 ms) because LCH::send is blocking. @param transaction The call's Transaction

Same as uperDecodeFromByteV but work on a BitVector

Return number of seconds since starting. */

Block for the signal up to the cancellation timeout. */

Block on a channel until a given primitive arrives. Any payload is discarded. Block indefinitely, no timeout. @param primitive The primitive to w

Write the LLC header.

The input here is one radio-frame, ie, 15 slots worth.

Input is post-radio-frame-segmentation, which means input is the accumulation of 1, 2, 4, 8 radio frames based on the TTI=10,20,40,80

9.5.4.1 Network Originated Detach Request.

void push_back(unsigned ARFCN) { mARFCNs.push_back(ARFCN); }

* Decode the chunk of XML text encoding INTEGER. */

* Decode BOOLEAN type. */

@name Casts of Vector constructors. */ @{

Controller for CM Service requests, dispatches out to multiple possible transaction controllers. */

Allocate the tree tiers, leave them empty.

A gag me special case for LI == 0x7ffc buried in sec 9.2.2.8

@name constructors */ @{ @name from real */ @{

@name constructors */ @{ @name from real */ @{