| Add_workflow_for_techpubs |
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| AUTH1 | UserResourceIdentifier{userKey=8a00a0c85b2726c2015b58aa779d0003, userName='null'} |
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| JIRAIDAUTH | CHOR-10542063 |
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| REV5 | UserResourceIdentifier{userKey=8a00a0c85b2726c2015b58aa779d0003, userName='null'} |
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| REV6 | UserResourceIdentifier{userKey=8a00a0c85b2726c2015b58aa779d0003, userName='null'} |
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| REV3 | UserResourceIdentifier{userKey=8a00a02355cd1c2f0155cd26ce890bc78a00a0c86062358001607e0702a30014, userName='null'} |
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| REV1 | UserResourceIdentifier{userKey=8a00a02355cd1c2f0155cd26c7f0006a8a00a02355cd1c2f0155cd26ca2f03d1, userName='null'} |
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To create or modify an Entry to a Call Routing Table:
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Call Routing Entry - Field Definitions
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| _Object_within_Object |
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| _Object_within_Object |
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Admin State
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| bgColor | #FAFAFA |
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| borderStyle | none |
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Specifies the admin state of the Call Route. Valid entry: Enable (enables the call route entry for routing the call, displays in configuration header as  ) or Disable (disables the call route entry from being used, displays in the configuration header as  ). |
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| bgColor | #FAFAFA |
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| borderStyle | none |
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Specifies the Transformation Table to be used for this routing entry. This drop down list is populated from the entries in the Transformation Table. |
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Time of Day Restriction:
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| bgColor | #FAFAFA |
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| borderStyle | none |
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Select an optional time of day table to use with the call route. All Time of Day tables are included in this drop down list. For details on Time of Day, refer to Working with Time of Day. |
Destination Type
| Panel |
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| bgColor | #FAFAFA |
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| borderStyle | none |
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Specifies the destination type for calls using this route. Valid selections: Normal, Registrar Specifies the destination type for calls using this route. Valid selections: Normal, Registrar Table, Deny, or Trunk Group. Normal. Call routes to normal types such as ISDN or SIP signaling groups. Specify a list of signaling groups through Destination Signaling Groups. Registrar Table. Call routes to a signaling group that contains the registrar table. Deny. Call routes to a specific Q.850 cause code are rejected. Through the Deny Q.850 Cause Code field, select the specific Q.850 Cause code. When Deny is selected, the Deny Q.850 Cause Code field is displayed. Trunk Group. Calls are routed to an incoming trunk group destination using the associated signaling group. This routing entry should be selected in order to route calls to a trunk group. When Trunk Group is selected, Fork Call and Destination Signaling Groups options are not available. |
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| Panel |
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| bgColor | #FAFAFA |
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| borderStyle | none |
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Specifies the Media List to use for this call route. This drop down list is populated with the Media List entries created through the Create Media list option. See Creating and Modifying Media Lists. If the Media List configuration selected, then the Destination Signaling Group would be selected that has the common media set available. The media order from the call route's media list takes precedence over the Signaling Group's media list. Generally this field should be kept the default value "None" unless the media codec selection has to be controlled and manipulated for this route. |
| Anchor |
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| Numberofcalls |
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| Numberofcalls |
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Quality Metrics Number of Calls| Panel |
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| bgColor | #FAFAFA |
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| borderStyle | none |
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Specifies the number of calls over which the quality metrics are calculated. |
Quality Metrics Time Before Retry| Panel |
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| bgColor | #FAFAFA |
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| borderStyle | none |
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Specifies the period of time in minutes after which a route is tried again after failing quality metrics. |
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| Panel |
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| bgColor | #FAFAFA |
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| borderStyle | none |
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Specifies the minimum answer/seizure ratio for this rule to be considered for use. | Noprint |
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Click to read more...
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| Cloak |
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| title | Click to read more... |
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| The ASR is a measure of network quality defined by the ITU. The answer/seizure ratio (ASR) is a measurement of network quality and call success rate in telecommunications. It is the percentage of answered telephone calls with respect to the total call volume. The answer/seizure ratio is defined as 100 times the ratio of sucessfully answered calls divided by the total number of call attempts (seizures). Busy signals and other rejections by the called number count as call failures. This makes the ASR highly dependent on end-user action or behavior and is out of control by the telecommunications carrier. Low ASR values may be caused by far-end switch congestion, not answering by called parties and busy destination lines. |
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Enable Min MOS Threshold
| Panel |
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| bgColor | #FAFAFA |
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| borderStyle | none |
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This field enables the Min. MOS score feature (call routes checked for voice quality) to be used. Valid entries: Enabled (enables the Min. MOS Score feature) or Disabled (disables Min. MOS Score feature) |
Min. MOS Score
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| bgColor | #FAFAFA |
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| borderStyle | none |
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The Min. MOS score provides an option to allow the SBC to temporarily enable/disable a route that is having bad voice quality. Two options are available: Enabled. A MOS score for quality purposes is added to each call using that specific route. The Quality Metrics Number of Calls field is used to determine the average acceptable value; if the average of acceptable calls falls below, it is considered bad voice quality and the route is then temporarily disabled for calls. The Quality Metrics Time Before Retry field is used when the route is disabled for failing metrics to determine how long before the route is retried. Disabled. Min. MOS Score feature is disabled and all call routes are enabled. |
Enable Max. R/T Delay
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| bgColor | #FAFAFA |
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| borderStyle | none |
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Specifies whether or not to use Round Trip Delay. | Noprint |
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Click to read more...
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| Cloak |
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| title | Click to read more... |
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| In telecommunications, the round-trip delay time (RTD) or round-trip time (RTT) is the length of time it takes for a signal to be sent plus the length of time it takes for an acknowledgment of that signal to be received. This time delay therefore consists of the transmission times between the two points of a signal. The RTT was originally estimated in TCP by: RTT = (? - Old_RTT) + ((1 ? ?) - New_Round_Trip_Sample
Where ? is constant weighting factor(0 ? ? < 1). Choosing a value ? close to 1 makes the weighted average immune to changes that last a short time (e.g., a single segment that encounters long delay). Choosing a value for ? close to 0 makes the weighted average respond to changes in delay very quickly. This was improved by the Jacobson/Karels algorithm, which takes standard deviation into account as well. Once a new RTT is calculated, it is entered into the equation above to obtain an average RTT for that connection, and the procedure continues for every new calculation. |
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