Source: https://patents.google.com/patent/US8204500B2/en
Timestamp: 2019-04-19 07:06:44
Document Index: 747503303

Matched Legal Cases: ['§ 2', 'Application No. 04105774', 'Application No. 04105774', 'Application No. 06832278', 'Application No. 04105774', 'Application No. 06809851', 'Application No. 06832278', 'Application No. 02716285', 'Application No. 03810570', 'Application No. 03810570', 'Application No. 04105774', 'Application No. 158442', 'Application No. 154323', 'Application No. 154323', 'Application No. 157007', 'Application No. 02716285', 'Application No. 04105774', 'Application No. 1817689', '§ 2', '§ 1', 'Application No. 03810570', 'Application No. 04105774', 'Application No. 03810570', 'Application No. 06832278', 'Application No. 06756259', 'Application No. 01951883', 'Application No. 02716285', 'Application No. 0', 'Application No. 01817689']

US8204500B2 - Optimal voicemail deposit for roaming cellular telephony - Google Patents
Optimal voicemail deposit for roaming cellular telephony Download PDF
US8204500B2
US8204500B2 US11/646,324 US64632406A US8204500B2 US 8204500 B2 US8204500 B2 US 8204500B2 US 64632406 A US64632406 A US 64632406A US 8204500 B2 US8204500 B2 US 8204500B2
US11/646,324
US20070197213A1 (en
2006-12-28 Priority to US11/646,324 priority patent/US8204500B2/en
2007-03-12 Assigned to STARHOME GMBH reassignment STARHOME GMBH ASSIGNMENT OF ASSIGNORS INTEREST (SEE DOCUMENT FOR DETAILS). Assignors: WEINTRAUB, GUY, DANON, NOAM
2007-08-23 Publication of US20070197213A1 publication Critical patent/US20070197213A1/en
2007-09-05 Assigned to STARHOME GMBH reassignment STARHOME GMBH ASSIGNMENT OF ASSIGNORS INTEREST (SEE DOCUMENT FOR DETAILS). Assignors: WEINTRAUB, GUY, DANON, NOAM
2012-06-19 Publication of US8204500B2 publication Critical patent/US8204500B2/en
Originator call completion
Subscriber voicemail retrieval
Subscriber call back
Intelligent Network (IN), including CAMEL
ISUP (Service Node)
Based on these two alternative signaling methods, the present embodiments provide a generic technical solution for the service. The final delivered solution to the operator however, is preferably adjusted to the specific network configuration and parameters, such as: network size and topology, traffic volume, INAP vendor's variant, CAMEL version—if relevant and to the operator's preferences. All these parameters are usually discussed prior to specifying the final technical solution.
Postpaid User with Foreign MSRN
1 Mobile terminated (MT) call reaches the GMSC.
GMSC sends SRI message, HLR sends a PRN to the VLR to obtain the roamer's MSRN.
2 IntelliGate may be required to monitor the MAP-PRN and MAP_PRN_ACK messages in order to be
able to correlate between the MSRN and B-Party MSISDN, in case B-MSISDN is omitted from the
trigger in step #3.
3 Based on the foreign MSRN value the GMSC triggers the IntelliGate.
4 IntelliGate responds with a Connect to the MSRN and the call is sent to the visited network
5 After the roamer has not answered the call (or busy, or not reachable) the call is forwarded back to
the Voicemail Deposit number. A second trigger is defined on the GMSC for all calls coming from
abroad with DN = VoicemailDeposit to be sent to the IntelliGate. IntelliGate releases the call, causing
the trombone to be released.
6 When the release on the first international leg reaches the GMSC, it issues an ERB message to the
IntelliGate which sends a connect message to divert the call to the voicemail.
7 The voicemail answers the call and A-Party deposits a message.
Prepaid Roamer in a CAMEL Enabled VPMN
Prepaid Roamer in Camel enabled visited network
1 MT call reaches the GMSC.
GMSC sends SRI message, HLR sends the terminating trigger indication and the VLR#
2 The GMSC initiates an IDP message towards the Prepaid SCP. Based on a GT routing rule (SCCP) in the STP (1),
the trigger is rerouted to the IntelliGate, which responds with an RRB and a Connect message with a prefix added
to the DN value.
3 Based on the prefixed DN the GMSC issue a second INAP trigger and sends an IDP to the Prepaid SCP
4 A second MAP_SRI message is sent to the HLR, which sends a MAP_PRN to the VLR
5 The call is sent to the visited network based on the roamer's MSRN.
6 When the roamer does not answer the call, the visited network sends a CAMEL_IDP towards the prepaid system to
acknowledge the Mobile-Forwarded call. The O-CSI_IDP is again rerouted based on GT routing rule (SCCP), to the
IntelliGate. The IntelliGate checks if this is a MF call, if yes, it releases the call.
NOTE: if this is a regular MO call, IntelliGate relays the message to the Prepaid SCP (Actual GT) for further
handling. Please refer to Option 2 in the diagram above.
7 After the trombone has been released the GMSC sends an ERB to the Prepaid SCP, and a second ERB to the
8 Using MAP_INTERROGATE_SS the IntelliGate retrieves the forward-to-numbers (FTN) before diverting the call to
the requested destination
9 The Voicemail answers the call and the caller (A-Party) can deposit a message
Prepaid Roamer in a Non CAMEL VPMN
Prepaid user at a non-Camel enabled roaming network.
6 When the roamer does not answer (or Busy, or not reachable) the visited network releases the call. Once the
release message reaches the GMSC it sends an ERB to the prepaid SCP and a second ERB to the IntelliGate
7 Using MAP_INTERROGATE_SS the IntelliGate retrieves the forward-to-numbers (FTN) before diverting the call to
the requested destination (Connect(VMD))
8 The Voicemail answers the call and the caller (A-Party) can deposit a message
Service Flow Using IN Service Broker
Prepaid Roamer in Camel enabled visited network using IN service broker.
GMSC sends SRI message, HLR sends the terminating trigger T-CSI indicator and the VLR#
2 The T-CSI IDP is sent from the GMSC to the Service Broker.
NOTE: The actual GT address of the IDP can be the prepaid SCP but the message should be rerouted by the STP
to the Service Broker, hence providing higher service availability in case of failure in the Service Broker
3 The Service Broker sends an IDP message to the first SCP - IntelliGate, and afterwards to the second SCP -
prepaid SCP.
4 An Accumulated response is sent from the Service Broker to the GMSC with all requests joined from all Back-end
SCPs IntelliGate and Prepaid system)
5 A second MAP_SRI is sent to the VLR to get the MSRN. The call is sent to the visited network.
6 When roamer does not answer, an O-CSI trigger for the forwarded leg is sent to the SCP. A routing rule in the STP
reroutes the trigger to the IntelliGate/Service Broker. When the IntelliGate gets the trigger it releases the call, thus
releasing the trombone
7 When the release message arrives, the GMSC sends an ERB message to the Service Broker, which sends an ERB
to the prepaid system (to close the charging session) and to the IntelliGate.
Roaming user in non-Camel roaming network with use of IN service broker.
to the Service Broker. This shall provide higher service availability in case of failure in the Service Broker
Service Flow Using INAP/CAP Call Status Triggers (“Such as “Call Busy” or “no Answer”)
Call Termination Triggers with Postpaid User.
GMSC sends SRI message, HLR sends a PRN to the VLR to get the roamer's MSRN
2 The GMSC sends the call to the visited network using the MSRN
3 The GMSC triggers the IntelliGate for all calls from abroad with DN = Voicemail Deposit (VMD)
number. The forwarded leg causes the GSMC to trigger the IntelliGate. The IntelliGate releases the
forwarded leg causing the release of the voicemail trombone.
4 When the mobile-terminated call is released without answer, a TDP13(Busy) or TDP14(No Answer)
situation is raised in the SSP, causing the SSP to trigger the IntelliGate with the relevant call details -
B-MSISDN, CLI, Release Cause.
5 MAP_SRI_SM is used for translating the MSISDN to IMSI, this is required for the next step
6 MAP_INTERROGATE_SS is used to retrieve the Forward-To-Number for the Release Cause
7 IntelliGate diverts the call to the corresponding destination according to the FTN.
Call Termination Triggers with Prepaid User, Camel-Enabled roaming network.
1 MT call reaches the GMSC, GMSC send first MAP_SRI to the HLR and gets the VLR# and T-CSI
2 GMSC triggers the prepaid SCP, after processing the SCP responds with RRB, and Continue (or
3 GMSC sends second SRI message, HLR sends a PRN to the VLR to get the roamer's MSRN. The
GMSC sends the call to the visited network using the MSRN.
4 When the call is not answered the visited MSC triggers the prepaid SCP (due to O-CSI). The prepaid
SCP responds with RRB and Continue (or Connect)
5 The forwarded leg is sent back home (to the voicemail deposit number). The GMSC is configured to
send all calls from abroad with DN = Voicemail Deposit (VMD) number to the IntelliGate, which
releases the call, thus releases the trombone.
6 The release of the forwarded leg causes the visited MSC to send an ERB back to the prepaid SCP.
7 The release of the mobile-terminated call causes the GSMC to send an ERB to the prepaid SCP.
This shall stop the charging session for the roaming MT call.
8 When the mobile-terminated call is released without answer, a TDP13(Busy) or TDP14(No Answer)
B-MSISDN, CLI, Relase Cause.
9 MAP_SRI_SM is used for translating the MSISDN to IMSI, this is required for the
MAP_INTERROGATE_SS which is used to retrieve the Forward-To-Number for the Release Cause
10 IntelliGate shall divert the call to the corresponding destination according to the FTN.
2 PRN message is sent from HLR to foreign VLR.
3 PRN ACK messages returning from foreign VLR are forwarded to HLR.
4 SRI with MSRN is returned to the GMSC.
5 GMSC routes the call towards MSRN.
6 IntelliGate connects the call towards the original MSRN, by using another ISUP_IAM message or
7 GMSC routes the call towards the MSRN, to the foreign MSC (through international).
8 B Party is not reachable/rejects the call/does not answer.
9 Visited MSC releases the call towards the HPMN.
10 GMSC receives the release from the visited network, and passes it to the IntelliGate - using ISUP
11 IntelliGate does NOT pass the release on.
12 GMSC performs the SOR logic, which causes it to release the forward leg towards the IntelliGate.
13 GMSC continues the SOR logic, routing the call towards the forwarded leg, i.e., Voicemail system.
14 Call is connected to destination forwarding.
2 All PRN messages directed to foreign VLRs are routed to the IntelliGate (by the operator's STP).
3 All PRN ACK messages returning from foreign VLRs are routed to the IntelliGate (by the operator's STP).
4 SRI with MSRN = DID is returned to the GMSC.
5 GMSC places a call towards the DID.
6 IntelliGate connects the call towards the original MSRN, by using another ISUP_IAM message or IN_CONNECT.
7 GMSC routes the call towards the MSRN, to the foreign MSC (through international link).
10 GMSC receives the release from the visited network, and passes it to the IntelliGate - using ISUP REL message or
12 GMSC performs the SOR logic, which causes it to release the forward leg towards the IntelliGate DID.
13 GMSC continues the SOR logic, sending an SRI message towards the HLR, requesting the forwarding information
14 The GMSC routes the call towards the forwarded leg, i.e., Voicemail system.
US11/646,324 2005-12-28 2006-12-28 Optimal voicemail deposit for roaming cellular telephony Active 2028-10-14 US8204500B2 (en)
US11/646,324 US8204500B2 (en) 2005-12-28 2006-12-28 Optimal voicemail deposit for roaming cellular telephony
US20070197213A1 US20070197213A1 (en) 2007-08-23
US8204500B2 true US8204500B2 (en) 2012-06-19
US11/646,324 Active 2028-10-14 US8204500B2 (en) 2005-12-28 2006-12-28 Optimal voicemail deposit for roaming cellular telephony
CN104581664A (en) * 2013-10-14 2015-04-29 阿尔卡特朗讯 Split charging control method, device and system for post forwarding calls of roaming users
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