Scribd
Upload
38 views25 pages

Propagation Model Setting

The documents contain mapping tables for TDD and FDD propagation models in West Java and Sumatra, Indonesia. The tables include land cover categories, heights, indoor loss values, and standard deviations used for modeling path loss and diversity gain. Categories include various types of urban, suburban, rural and natural land covers. The TDD tables are for 2340 MHz frequency band and the FDD tables are for 900 MHz band. Standard deviations range from 5 to 9.53 dB depending on land cover density and frequency band.

Uploaded by

Abiyau Neo
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as XLSX, PDF, TXT or read online on Scribd
38 views25 pages

Propagation Model Setting

The documents contain mapping tables for TDD and FDD propagation models in West Java and Sumatra, Indonesia. The tables include land cover categories, heights, indoor loss values, and standard deviations used for modeling path loss and diversity gain. Categories include various types of urban, suburban, rural and natural land covers. The TDD tables are for 2340 MHz frequency band and the FDD tables are for 900 MHz band. Standard deviations range from 5 to 9.53 dB depending on land cover density and frequency band.

Uploaded by

Abiyau Neo
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as XLSX, PDF, TXT or read online on Scribd
You are on page 1/ 25

after DU TDD before DU TDD

after U TDD before U TDD


before SU TDD
after SU FDD barren ubah ke 14.11 before SU FDD

before DU FDD
before RU FDD
before U FDD
before SU TDD
after SU TDD
TDD Map West Java 20m
Code Name Height (m) Indoor Loss (dB) Model standard deviation (dB)
Default Values 2340 1 7
1 sea 0 2340 0 5
2 inland water 0 2340 0 5
3 wetland 0 2340 0 5
4 barren 0 2340 0 5
5 low vergetation 0 2340 0 5
6 sparse forest 0 2340 0 5
7 forest 0 2340 0 5
8 village 0 2340 10 5
9 residential with trees 0 2340 15 5.8
10 residential with few trees 0 2340 10 5
11 dense residential 0 2340 15 5.8
12 urban 0 2340 20 7.6
13 dense urban 0 2340 25 9.53
14 high buildings 0 2340 25 9.53
15 building blocks 0 2340 20 9.53
16 comercial/industrial 0 2340 20 7.6
17 airport 0 2340 15 7.6
18 open in urban 0 2340 0 5

TDD Map Sumatra 20m


Code Name Height (m) Indoor Loss (dB) Model standard deviation (dB)
Default Values 2340 1 7
1 sea 0 2340 0 5
2 inland water 0 2340 0 5
3 wetland 0 2340 0 5
4 barren 0 2340 0 5
5 grass/agriculture 0 2340 0 5
6 rangeland 0 2340 0 5
7 woodland 0 2340 0 5
8 forest 0 2340 0 5
9 village 0 2340 10 5
10 suburban 0 2340 10 5.8
11 dense suburban 0 2340 15 7.6
12 urban 0 2340 15 7.6
13 dense urban 0 2340 20 9.53
14 core urban 0 2340 20 9.53
15 building blocks 0 2340 15 9.53
16 industrial 0 2340 15 7.6
17 airport 0 2340 15 7.6
18 open in urban 0 2340 0 5
FDD Map West Java 20m
Code Name Height (m) Indoor Loss (dB) Model standard deviation (dB)
Default Values 900 1 7
1 sea 0 900 0 5
2 inland water 0 900 0 5
3 wetland 0 900 0 5
4 barren 0 900 0 5
5 low vergetation 0 900 0 5
6 sparse forest 0 900 0 5
7 forest 0 900 0 5
8 village 0 900 10 5
9 residential with trees 0 900 15 5.8
10 residential with few trees 0 900 10 5
11 dense residential 0 900 15 5.8
12 urban 0 900 20 7.6
13 dense urban 0 900 25 9.53
14 high buildings 0 900 25 9.53
15 building blocks 0 900 20 9.53
16 comercial/industrial 0 900 20 7.6
17 airport 0 900 15 7.6
18 open in urban 0 900 0 5

FDD Map Sumatra 20m


Code Name Height (m) Indoor Loss (dB) Model standard deviation (dB)
Default Values 900 1 7
1 sea 0 900 0 5
2 inland water 0 900 0 5
3 wetland 0 900 0 5
4 barren 0 900 0 5
5 grass/agriculture 0 900 0 5
6 rangeland 0 900 0 5
7 woodland 0 900 0 5
8 forest 0 900 0 5
9 village 0 900 10 5
10 suburban 0 900 10 5.8
11 dense suburban 0 900 15 7.6
12 urban 0 900 15 7.6
13 dense urban 0 900 20 9.53
14 core urban 0 900 20 9.53
15 building blocks 0 900 15 9.53
16 industrial 0 900 15 7.6
17 airport 0 900 15 7.6
18 open in urban 0 900 0 5
C/I Standard Deviation (DL) (dB) SU-MIMO Gain Factor Additional Diversity Gain (DL) (dB)
7 1 0
5 1 0
5 1 0
5 1 0
5 1 0
5 1 0
5 1 0
5 1 0
5 1 0
5.8 1 0
5 1 0
5.8 1 0
7.6 1 0
9.53 1 0
9.53 1 0
9.53 1 0
7.6 1 0
7.6 1 0
5 1 0

C/I Standard Deviation (DL) (dB) SU-MIMO Gain Factor Additional Diversity Gain (DL) (dB)
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
C/I Standard Deviation (DL) (dB) SU-MIMO Gain Factor Additional Diversity Gain (DL) (dB)
7 1 0
5 1 0
5 1 0
5 1 0
5 1 0
5 1 0
5 1 0
5 1 0
5 1 0
5.8 1 0
5 1 0
5.8 1 0
7.6 1 0
9.53 1 0
9.53 1 0
9.53 1 0
7.6 1 0
7.6 1 0
5 1 0

C/I Standard Deviation (DL) (dB) SU-MIMO Gain Factor Additional Diversity Gain (DL) (dB)
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
3.5 1 0
Additional Diversity Gain (UL) (dB)
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0

Additional Diversity Gain (UL) (dB)


0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Additional Diversity Gain (UL) (dB)
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0

Additional Diversity Gain (UL) (dB)


0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0

You might also like