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S/No. Topic Questions

1 HSPA Optimisation what is the benefit of 10ms TTI over 2ms TTI in HSUPA?

1 HSPA Optimisation what is the benefit of 10ms TTI over 2ms TTI in HSUPA?

1 HSPA Optimisation what is the benefit of 10ms TTI over 2ms TTI in HSUPA?

1 HSPA Optimisation what is the benefit of 10ms TTI over 2ms TTI in HSUPA?

2 HSPA Optimisation How many no. of HS SCCH is required to schedule 3 users in a TTI?

2 HSPA Optimisation How many no. of HS SCCH is required to schedule 3 users in a TTI?2 HSPA Optimisation How many no. of HS SCCH is required to schedule 3 users in a TTI?

2 HSPA Optimisation How many no. of HS SCCH is required to schedule 3 users in a TTI?

3 HSPA Optimisation HS SCCH shared power with which channel?

3 HSPA Optimisation HS SCCH shared power with which channel?

3 HSPA Optimisation HS SCCH shared power with which channel?

3 HSPA Optimisation HS SCCH shared power with which channel?

4 HSPA Optimisation Which SF is used for HS SCCH and HS PDSCH ?

4 HSPA Optimisation Which SF is used for HS SCCH and HS PDSCH ?

4 HSPA Optimisation Which SF is used for HS SCCH and HS PDSCH ?

4 HSPA Optimisation Which SF is used for HS SCCH and HS PDSCH ?

5 HSPA Optimisation One FDPCH can be shared by how many number of users?

5 HSPA Optimisation One FDPCH can be shared by how many number of users?

5 HSPA Optimisation One FDPCH can be shared by how many number of users?

5 HSPA Optimisation One FDPCH can be shared by how many number of users?

6 HSPA Optimisation How many HARQ retransmissions are possible?

6 HSPA Optimisation How many HARQ retransmissions are possible?

6 HSPA Optimisation How many HARQ retransmissions are possible?

6 HSPA Optimisation How many HARQ retransmissions are possible?

7 HSPA Optimisation HSDPA works on the remaining power left after DCH RT and NRT users.

7 HSPA Optimisation HSDPA works on the remaining power left after DCH RT and NRT users.

8 HSPA Optimisation Method to handle HSDPA Mobility is8 HSPA Optimisation Method to handle HSDPA Mobility is

8 HSPA Optimisation Method to handle HSDPA Mobility is

8 HSPA Optimisation Method to handle HSDPA Mobility is

9 HSPA Optimisation If there are more number of happy bits into the network then..

9 HSPA Optimisation If there are more number of happy bits into the network then..

9 HSPA Optimisation If there are more number of happy bits into the network then..

9 HSPA Optimisation If there are more number of happy bits into the network then..

10 HSPA Optimisation The highest modulation that can be used in HSUPA Network is

10 HSPA Optimisation The highest modulation that can be used in HSUPA Network is

10 HSPA Optimisation The highest modulation that can be used in HSUPA Network is

10 HSPA Optimisation The highest modulation that can be used in HSUPA Network is

11 HSPA Optimisation MAC layer introduced in the Node B in HSUPA Network is

11 HSPA Optimisation MAC layer introduced in the Node B in HSUPA Network is

11 HSPA Optimisation MAC layer introduced in the Node B in HSUPA Network is

11 HSPA Optimisation MAC layer introduced in the Node B in HSUPA Network is

12 HSPA Optimisation 1 code of SF 128 if it is used by ERGCH and EHICH can support how many

12 HSPA Optimisation 1 code of SF 128 if it is used by ERGCH and EHICH can support how many

12 HSPA Optimisation 1 code of SF 128 if it is used by ERGCH and EHICH can support how many

12 HSPA Optimisation 1 code of SF 128 if it is used by ERGCH and EHICH can support how many

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13 HSPA Optimisation Maximum configuration of MIMO supported by HSPA is

13 HSPA Optimisation Maximum configuration of MIMO supported by 3G is

13 HSPA Optimisation Maximum configuration of MIMO supported by 3G is

13 HSPA Optimisation Maximum configuration of MIMO supported by 3G is

14 HSPA Optimisation In Dual cell HSPA Network maximum Bandwidth available in a cell is

14 HSPA Optimisation In Dual cell HSPA Network maximum Bandwidth available in a cell is

14 HSPA Optimisation In Dual cell HSPA Network maximum Bandwidth available in a cell is14 HSPA Optimisation In Dual cell HSPA Network maximum Bandwidth available in a cell is

15 HSPA Optimisation MIMO with 64 QAM in HSPA Network of 3gpp rel 7 supports data rate of

15 HSPA Optimisation MIMO with 64 QAM in HSPA Network of 3gpp rel 7 supports data rate of

15 HSPA Optimisation MIMO with 64 QAM in HSPA Network of 3gpp rel 7 supports data rate of

15 HSPA Optimisation MIMO with 64 QAM in HSPA Network of 3gpp rel 7 supports data rate of

16 HSPA Optimisation CPC is used for Voice over HSPA

16 HSPA Optimisation CPC is used for Voice over HSPA

17 HSPA Optimisation FDPCH should be enabled for CPC

17 HSPA Optimisation FDPCH should be enabled for CPC

18 HSPA Optimisation TTI interval of HSDPA network is

18 HSPA Optimisation TTI interval of HSDPA network is

18 HSPA Optimisation TTI interval of HSDPA network is

18 HSPA Optimisation TTI interval of HSDPA network is

19 HSPA Optimisation Which scheduling algorithm is used in HSDPA to schedule a user

19 HSPA Optimisation Which scheduling algorithm is used in HSDPA to schedule a user

19 HSPA Optimisation Which scheduling algorithm is used in HSDPA to schedule a user

19 HSPA Optimisation Which scheduling algorithm is used in HSDPA to schedule a user

20 HSPA Optimisation Maximum configuration of Codes can be used by a UE in HSUPA Network

20 HSPA Optimisation Maximum configuration of Codes can be used by a UE in HSUPA Network

20 HSPA Optimisation Maximum configuration of Codes can be used by a UE in HSUPA Network

20 HSPA Optimisation Maximum configuration of Codes can be used by a UE in HSUPA Network21 HSPA Optimisation Is it mandatory to have HSDPA network in downlink for HSUPA in Uplink?

21 HSPA Optimisation Is it mandatory to have HSDPA network in downlink for HSUPA in Uplink?

22 HSPA Optimisation which is Accessibility KPI?

22 HSPA Optimisation which is Accessibility KPI?

22 HSPA Optimisation which is Accessibility KPI?

22 HSPA Optimisation which is Accessibility KPI?

23 HSPA Optimisation HS DSCH set up can fails due to

23 HSPA Optimisation HS DSCH set up can fails due to

23 HSPA Optimisation HS DSCH set up can fails due to

23 HSPA Optimisation HS DSCH set up can fails due to

24 HSPA Optimisation Scheduling decision in HSUPA based on

24 HSPA Optimisation Scheduling decision in HSUPA based on

24 HSPA Optimisation Scheduling decision in HSUPA based on

24 HSPA Optimisation Scheduling decision in HSUPA based on

25 HSPA Optimisation which network element does the CQI compensation?

25 HSPA Optimisation which network element does the CQI compensation?

25 HSPA Optimisation which network element does the CQI compensation?

25 HSPA Optimisation which network element does the CQI compensation?

26 HSPA Optimisation Ack/Nack in HSDPA network is not used for

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26 HSPA Optimisation Ack/Nack in HSDPA network is not used for

26 HSPA Optimisation Ack/Nack in HSDPA network is not used for

26 HSPA Optimisation Ack/Nack in HSDPA network is not used for

27 HSPA Optimisation If a user CQI reported is good then power required for HS SCCH is

27 HSPA Optimisation If a user CQI reported is good then power required for HS SCCH is

27 HSPA Optimisation If a user CQI reported is good then power required for HS SCCH is

27 HSPA Optimisation If a user CQI reported is good then power required for HS SCCH is28 HSPA Optimisation How many CQIs are in HSPA Network?

28 HSPA Optimisation How many CQIs are in HSPA Network?

28 HSPA Optimisation How many CQIs are in HSPA Network?

28 HSPA Optimisation How many CQIs are in HSPA Network?

29 HSPA Optimisation User Experience is good enough if

29 HSPA Optimisation User Experience is good enough if

29 HSPA Optimisation User Experience is good enough if

29 HSPA Optimisation User Experience is good enough if

30 HSPA Optimisation which is the preffered method of power control?

30 HSPA Optimisation which is the preffered method of power control?

30 HSPA Optimisation which is the preffered method of power control?

30 HSPA Optimisation which is the preffered method of power control?

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Options Answer

Improves Coverage 1

Improves Throughput 0

Improves Coverage and Throughput both 0

None 0

1 0

2 03 1

4 0

HS DPCCH 0

HSPDSCH 1

HS DSCH 0

None 0

SF16, SF128 0

SF128, SF16 1

SF16,SF16 0

SF128,SF128 0

2 0

5 0

10 1

20 0

1 0

2 0

3 1

4 0

TRUE 1

FALSE 0

Serving cell change 0Cell Reselection 0

Soft Handover 0

A&B both are correct 1

Users are satisfied with the Serving grant th 0

Users are unsatisfied with the Serving Grant 1

More users are in HSPA Network 0

None 0

BPSK 0

QPSK 0

16QAM 1

64QAM 0

Mac-hs 0

Mac-ehs 0

Mac-e 1

Mac-d 0

10 0

20 1

30 0

40 0

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Link Adaption decision 0

HS SCCH Power Adaption 0

Packet Scheduling Decision 1

High 0

Less 1

No effect 0

None 010 0

20 0

30 1

40 0

CQI>15 1

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