Hello every one:
I am working multi-cell cellular network; Using Matlab I am able to establish a
network of two tier cells with 19 BS and each BS has three sectors. Each sector
has one directional antenna.
Now my question is that, let my sector of interest is 1 of BS 1. now other 18 BS
are interfering sources but not all sectors belonging to them because they have
directional antennas. how can I determine these interfering sectors. I have
attach the figure. From figure we can see that if sector 1 of BS 1 is our sector
of interest then from BS 2 only sector 3 is interfering sector and so on: any
method or algorithm to determine all interfering sectors?
Following parameters are known:
Abrar
Multicell Network [1 Attachment]
Started by ●January 26, 2011
Reply by ●January 30, 20112011-01-30
Although, this is not a matlab related question, for your problem, I think,
you should calculate SINR for that sector, with and without including all
the other sectors Or maybe consider only the neighbouring sector or
eliminating each sector.
-Tilak
On Tue, Jan 25, 2011 at 10:51 PM, Muhammad Abrar wrote:
>
> [Attachment(s) <#12dc3fb7c20a1f81_TopText> from Muhammad Abrar included
> below]
>
> Hello every one:
>
> I am working multi-cell cellular network; Using Matlab I am able to
> establish a network of two tier cells with 19 BS and each BS has three
> sectors. Each sector has one directional antenna.
> Now my question is that, let my sector of interest is 1 of BS 1. now other
> 18 BS are interfering sources but not all sectors belonging to them because
> they have directional antennas. how can I determine these interfering
> sectors. I have attach the figure. From figure we can see that if sector 1
> of BS 1 is our sector of interest then from BS 2 only sector 3 is
> interfering sector and so on: any method or algorithm to determine all
> interfering sectors?
> Following parameters are known:
>
> Abrar
>
you should calculate SINR for that sector, with and without including all
the other sectors Or maybe consider only the neighbouring sector or
eliminating each sector.
-Tilak
On Tue, Jan 25, 2011 at 10:51 PM, Muhammad Abrar wrote:
>
> [Attachment(s) <#12dc3fb7c20a1f81_TopText> from Muhammad Abrar included
> below]
>
> Hello every one:
>
> I am working multi-cell cellular network; Using Matlab I am able to
> establish a network of two tier cells with 19 BS and each BS has three
> sectors. Each sector has one directional antenna.
> Now my question is that, let my sector of interest is 1 of BS 1. now other
> 18 BS are interfering sources but not all sectors belonging to them because
> they have directional antennas. how can I determine these interfering
> sectors. I have attach the figure. From figure we can see that if sector 1
> of BS 1 is our sector of interest then from BS 2 only sector 3 is
> interfering sector and so on: any method or algorithm to determine all
> interfering sectors?
> Following parameters are known:
>
> Abrar
>
Reply by ●February 11, 20112011-02-11
I may not be correct but just thought of sending a suggestion.
Calculate the distance between the BS and have a thershold value in the
distance between the BS and those falling under it would give you the
interfering sectors.
Regards
Syed
On Sun, Jan 30, 2011 at 1:21 AM, Tilak Rajesh wrote:
> Although, this is not a matlab related question, for your problem, I think,
> you should calculate SINR for that sector, with and without including all
> the other sectors Or maybe consider only the neighbouring sector or
> eliminating each sector.
>
> -Tilak
>
> On Tue, Jan 25, 2011 at 10:51 PM, Muhammad Abrar wrote:
>
>>
>> [Attachment(s) <#12dd7fdb56721a8e_12dc3fb7c20a1f81_TopText> from
>> Muhammad Abrar included below]
>>
>> Hello every one:
>>
>> I am working multi-cell cellular network; Using Matlab I am able to
>> establish a network of two tier cells with 19 BS and each BS has three
>> sectors. Each sector has one directional antenna.
>> Now my question is that, let my sector of interest is 1 of BS 1. now other
>> 18 BS are interfering sources but not all sectors belonging to them because
>> they have directional antennas. how can I determine these interfering
>> sectors. I have attach the figure. From figure we can see that if sector 1
>> of BS 1 is our sector of interest then from BS 2 only sector 3 is
>> interfering sector and so on: any method or algorithm to determine all
>> interfering sectors?
>> Following parameters are known:
>>
>> Abrar
>>
>>
>
Calculate the distance between the BS and have a thershold value in the
distance between the BS and those falling under it would give you the
interfering sectors.
Regards
Syed
On Sun, Jan 30, 2011 at 1:21 AM, Tilak Rajesh wrote:
> Although, this is not a matlab related question, for your problem, I think,
> you should calculate SINR for that sector, with and without including all
> the other sectors Or maybe consider only the neighbouring sector or
> eliminating each sector.
>
> -Tilak
>
> On Tue, Jan 25, 2011 at 10:51 PM, Muhammad Abrar wrote:
>
>>
>> [Attachment(s) <#12dd7fdb56721a8e_12dc3fb7c20a1f81_TopText> from
>> Muhammad Abrar included below]
>>
>> Hello every one:
>>
>> I am working multi-cell cellular network; Using Matlab I am able to
>> establish a network of two tier cells with 19 BS and each BS has three
>> sectors. Each sector has one directional antenna.
>> Now my question is that, let my sector of interest is 1 of BS 1. now other
>> 18 BS are interfering sources but not all sectors belonging to them because
>> they have directional antennas. how can I determine these interfering
>> sectors. I have attach the figure. From figure we can see that if sector 1
>> of BS 1 is our sector of interest then from BS 2 only sector 3 is
>> interfering sector and so on: any method or algorithm to determine all
>> interfering sectors?
>> Following parameters are known:
>>
>> Abrar
>>
>>
>
