Drive tesing Soft Handover Overhead/Ratio Formula request ??? !!!!

[khaldounh]

Dear Experts

As I know there are many formulas for SHO overhead/Ratio that can be calculated from drive test data,can any one provide me with this formula please????

Thanks & best regards

Khaldounh

[samuraial]

From someone,

For optimising the Soft Handover (SHO) usually a parameter "Soft Handover (SHO) Overhead" is measured and tuned. This value is easy to measure. The metric, i.e. measured value of "SHO Overhead" is tuned to a (arbitrary) specific target value. This target value is determined based on uniform traffic distributions and provides decent network performance for such cases. The target for the "SHO Overhead" in the tuning is also often set to a value which is acceptable in terms of the allowedcapacity for the backbone network, e.g. Iub links. The importance of the "Soft Handover Overhead" metric is to make sure that the overhead in terms of the number of connections per cell is not excessive.

Soft Handover Overhead is calculated in two ways. 1) Average Active Set Size – Total Traffic / Primary Traffic. 2) Secondary / Total Traffic
Typical Values are like
1.7 (Avg Active Set Size)

or 35% (Secondary / Total )

Hope it helps.

Regards.

Dear Experts

As I know there are many formulas for SHO overhead/Ratio that can be calculated from drive test data,can any one provide me with this formula please????

Thanks & best regards

Khaldounh

[lamhd_bk]

we know that SHO Overhead is a ration of resource consumption. This is formular of Nemo
(As_size_1_count + As_size_2_count*2 + As_size_3_count *3)/((As_size_1_count + As_size_2_count + As_size_3_count) -1)*100

RGs

[khaldounh]

we know that SHO Overhead is a ration of resource consumption. This is formular of Nemo
(As_size_1_count + As_size_2_count*2 + As_size_3_count *3)/((As_size_1_count + As_size_2_count + As_size_3_count) -1)*100

RGs

Bro I'm getting value equal to 110% by using this formula, please advice

br

Khaldounh

[lamhd_bk]

Bro I'm getting value equal to 110% by using this formula, please advice

br

Khaldounh

Sr, this is formular
((As_size_1_count + As_size_2_count*2 + As_size_3_count *3)/(As_size_1_count + As_size_2_count + As_size_3_count) -1)*100

[samuraial]

Check this material friend,
http://www.scribd.com/doc/46265448/S...dover-in-WCDMA

Regards.

[khaldounh]

we know that SHO Overhead is a ration of resource consumption. This is formular of Nemo
(As_size_1_count + As_size_2_count*2 + As_size_3_count *3)/((As_size_1_count + As_size_2_count + As_size_3_count) -1)*100

RGs

Thank you very much, it was my fault, I got correct result


Br

Khaldounh