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29.3.2 Data transfer
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29.3.2.1 Default conditions
The initial conditions are that the MS is in call state U10 ("Call Active") and in RLP ABM mode. During the synchronization of the traffic channel, the MS and the SS have transmitted I+S frames. Unless, other indication in the test, each test of this subclause will begin in the following conditions: - the MS has previo...
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29.3.2.2 MS sends I+S frames
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29.3.2.2.1 N(S) sequence number
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29.3.2.2.1.1 Test purpose
To test the correct handling of the N(S) sequence number.
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29.3.2.2.1.2 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use RLP default parameters except the window size from MS to IWF (SS), called Kmi. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Since ...
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29.3.2.2.1.3 Test requirements
The frames from the MS shall be: 0,...,i: One I+S frame containing: N(S) = Nms, ... , Nms+i mod(62)
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29.3.2.2.2 Transmission window
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29.3.2.2.2.1 Test purpose
To test the correct handling of the transmission window.
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29.3.2.2.2.2 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use RLP default parameters except the window size from MS to IWF (SS), called Kmi. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Since ...
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29.3.2.2.2.3 Test requirements
The frames from the MS shall be: 0,...,Kmi‑1: One I+S frame containing: N(S) = Nms, ..., Nms + Kmi - 1 mod(62). MS stops sending I+S frames until reception of an acknowledgement of at least one I+S frame. Kmi,...,i: One S frame. i+1,...,i+j: One I+S frame containing: N(S)=Nms+Kmi,...,Nms+Kmi+j‑1 mod(62). MS stops sendi...
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29.3.2.2.3 Busy condition
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29.3.2.2.3.1 Test purpose
To test the correct handling of a RNR frame received.
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29.3.2.2.3.2 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use default RLP parameters. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Case a: No negotiation will be initiated by the MS. Case b: T...
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29.3.2.2.3.3 Test requirements
The frames from the MS shall be: 0,...,i: One I+S frame containing: N(S)=Nms,...,Nms+i mod(62). MS stops sending I+S frames within T2 after the reception of the first RNR frame from the SS. i+1,...,n+i: One S frame. MS restarts sending I+S frames within T2 after the reception of the first RR frame from the SS. n+i+1,n+...
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29.3.2.3 SS sends I+S frames
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29.3.2.3.1 N(R) sequence number
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29.3.2.3.1.1 Test purpose
To test the correct handling of the N(R) sequence number.
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29.3.2.3.1.2 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use RLP default parameters except the window size from IWF (SS) to MS, called KIM. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Since ...
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29.3.2.3.1.3 Test requirements
The frames from the MS shall be: 0,...,i: One S frame containing: N(R)=Nss+1,...,Nss+i+1 mod (62). The MS shall acknowledge the I+S frames sent by the SS within T2. NOTE: If T2 parameter is equal to default T2 (<80 ms), the SS has to checked that the MS acknowledges an I+S frame within 80 ms.
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29.3.2.3.2 Busy condition
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29.3.2.3.2.1 Test purpose
To test the correct handling of a RNR frame with information received.
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29.3.2.3.2.2 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use default RLP parameters. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Case a: No negotiation will be initiated by the MS. Case b: T...
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29.3.2.3.2.3 Test requirements
The frames from the MS shall be: 0,...,i: One I+S frame containing: N(S)=Nms,...,Nms+i mod(62), N(R)=Nss,...,Nss+i mod(62). MS stops sending I+S frames within T2 after the reception of the first RNR frame from the SS. i+1,...,n+i: One S frame containing: N(R)=Nss+i+1,...,Nss+n+i mod(62). MS restarts sending I+S frames ...
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29.3.2.4 SS rejects I+S frames
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29.3.2.4.1 REJ frame
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29.3.2.4.1.1 Test purpose
To test the correct handling of a REJ frame received.
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29.3.2.4.1.2 Method of test
Initial Conditions The window size from MS to IWF (SS) is called Kmi. System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use default RLP parameters. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Case a: No...
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29.3.2.4.1.3 Test requirements
The frames from the MS shall be: 0,...,i+3: One I+S frame containing N(S)=Nms,...,Nms+i+3 mod(62). i+4,i+5: One I+S frame containing N(S)=Nms+i+2,Nms+i+3 mod(62). i+6,...,i+3+Kmi: One I+S frame containing: N(S)=Nms+i+4...,Nms+i+Kmi+1 mod(62). i+4+Kmi,...,n: One S frame. MS stops sending I+S frames until reception of an...
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29.3.2.4.2 SREJ frame
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29.3.2.4.2.1 Test purpose
To test the correct handling of a SREJ frame received.
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29.3.2.4.2.2 Method of test
Initial Conditions The window size from MS to IWF (SS) is called Kmi. System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use default RLP parameters. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Case a: No...
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29.3.2.4.2.3 Test requirements
The frames from the MS shall be: 0,...,i+3: One I+S frame containing: N(S)=Nms,...,Nms+i+3 mod(62). i+4: One I+S frame containing: N(S)=Nms+i+2 mod(62). i+5,...,i+Kmi: One I+S frame containing: N(S)=Nms+i+4...,Nms+i+Kmi‑1 mod(62). i+1+Kmi,...,n: One S frame. MS stops sending I+S frames until reception of an acknowledgi...
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29.3.2.4.3 I+S reject frame
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29.3.2.4.3.1 Test purpose
To test the correct handling of a I+S reject frame received.
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29.3.2.4.3.2 Method of test
Initial Conditions The window size from MS to IWF (SS) is called Kmi. System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use default RLP parameters. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Case a: No...
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29.3.2.4.3.3 Test requirements
The frames from the MS shall be: 0,...,i+2: One I+S frame containing: N(S)=Nms,...,Nms+i+2 mod(62). i+3,i+4: One I+S frame containing: N(S)=Nms+i+1,Nms+i+2 mod(62). i+5,i+6: One I+S frame containing: N(S)=Nms+i+3,Nms+i+4 mod(62). i+7: One I+S frame containing: N(S)=Nms+i+3 mod(62). i+8,...: One I+S frame containing: N(...
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29.3.2.5 MS rejects I+S frames
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29.3.2.5.1 Rejection with REJ or SREJ supervisory frames
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29.3.2.5.1.1 Conformance requirements
The MS shall be able to detect that an I+S frame is out of sequence, and to indicate to the network that some information needs to be retransmitted. This shall be done by using either a REJ or a SREJ RLP frame. The MS has the freedom to choose either one of these frames, but it shall correctly indicate which frames nee...
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29.3.2.5.1.2 Test purpose
To test that the MS is able to send correct REJ or SREJ supervisory frames to ask for the transmission of a sequence when an out of sequence information frame has been received.
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29.3.2.5.1.3 Test method
Initial Conditions The window size from IWF (SS) to MS is called KIM. System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use default RLP parameters. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Case a: No...
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29.3.2.5.2 Retransmission of REJ or SREJ frames
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29.3.2.5.2.1 Conformance requirements
The MS shall not retransmit a REJ frame upon time-out. It may repeat SREJ frames. References 3GPP TS 04.22 subclauses 5.2.3.4 and 5.2.3.6.
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29.3.2.5.2.2 Test purpose
To test that the MS is able to retransmit a SREJ supervisory frames, and does not retransmit a REJ frame.
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29.3.2.5.2.3 Test method
Initial Conditions The window size from IWF (SS) to MS is called KIM. System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use default RLP parameters. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Case a: No...
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29.3.2.5.3 I+S reject frame
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29.3.2.5.3.1 Conformance requirements
The MS shall be able to use I+S frames to carry a REJ or SREJ frame when it detects that one or more numbered information frame is received out of sequence. References 3GPP TS 04.22 subclauses 5.2.3.4 and 5.2.3.6.
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29.3.2.5.3.2 Test purpose
To test the MS is able to send SREJ or REJ frames in I+S frames when an out of sequence information frame has been received.
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29.3.2.5.3.3 Test method
Initial Conditions The window size from IWF (SS) to MS is called KIM. System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use default RLP parameters. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Case a: No...
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29.3.2.6 Checkpoint recovery
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29.3.2.6.1 SS in checkpoint recovery mode
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29.3.2.6.1.1 Test purpose
To test the correct handling of received frame with P=1.
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29.3.2.6.1.2 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use default RLP parameters. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Case a: No negotiation will be initiated by the MS. Case b: T...
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29.3.2.6.1.3 Test requirements
The frames from the MS shall be: 0,...,i‑1: One I+S frame containing: N(S)=Nms,...,Nms+i‑1 mod(62), N(R)=Nss+1,...,Nss+i mod(62). i': One supervisory RR frame containing: C/R=0, P/F=1, N(R)=Nss+i+1 mod(62). i+1,...,n: One I+S frame containing: N(S)=Nms+i,...,Nms+n‑1 mod(62), N(R)=Nss+i+2,...,Nss+n+1 mod(62). n+1: One s...
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29.3.2.6.2 End of the window
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29.3.2.6.2.1 Test purpose
To test the correct handling of checkpoint recovery at the end of the window.
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29.3.2.6.2.2 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use RLP default parameters except the window size from MS to IWF (SS), called Kmi. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Since ...
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29.3.2.6.2.3 Test requirements
The frames from the MS shall be: 0,...,Kmi‑1: One I+S frame containing: N(S)=Nms,...,Nms+Kmi‑1 mod(62). Kmi,...,n‑1: The MS stops sending I+S frames. It sends S frames. n: On T1 Time-out after the last sent I+S frame, the MS sends a S frame containing C/R=1 and P/F=1. n+1,...,m: The MS retransmits the lost I+S frames, ...
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29.3.2.6.3 End of a sequence
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29.3.2.6.3.1 Test purpose
To test the correct handling of checkpoint recovery at the end of a sequence of frames
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29.3.2.6.3.2 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use RLP default parameters except the window size from MS to IWF (SS), called Kmi. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Since ...
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29.3.2.6.3.3 Test requirements
The frames from the MS shall be: 0,...,i‑1: One I+S frame containing: N(S)=Nms,...,Nms+i‑1 mod(62). i‑1,...,n‑1: The MS sends S frames. n: On T1 Time-out after the last sent I+S frame, the MS sends a S frame containing C/R=1 and P/F=1. n+1,...,m: The MS retransmits the lost I+S frames, it send I+S frames containing N(S...
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29.3.2.6.4 Time-out of one frame
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29.3.2.6.4.1 Test purpose
To test the correct handling of checkpoint recovery when a frame is not acknowledge.
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29.3.2.6.4.2 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use default RLP parameters. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Case a: No negotiation will be initiated by the MS. Case b: T...
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29.3.2.6.4.3 Test requirements
The frames from the MS shall be: 0,: One I+S frame containing: N(S)=Nms mod(62). 1,...,n‑1: The MS sends S frames. n: On T1 Time-out after the I+S frame, the MS sends a S frame containing C/R=1 and P/F=1. n+1: The MS retransmits the I+S frame containing N(S)=Nms mod(62).
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29.3.2.6.5 No response to checkpointing
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29.3.2.6.5.1 Test purpose
To test the correct repetition of a frame with P=1 if SS does not answer to checkpointing.
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29.3.2.6.5.2 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use default RLP parameters. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Case a: No negotiation will be initiated by the MS. Case b: T...
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29.3.2.6.5.3 Test requirements
The frames from the MS shall be: 0,: One I+S frame containing: N(S)=Nms mod(62). 1,...,n‑1: The MS sends S frames. n: On T1 Time-out after the I+S frame, the MS sends a S frame containing C/R=1 and P/F=1. n+1: On T1 Time-out after the sending of the first frame with P=1, the MS sends a S frame containing C/R=1 and P/F=...
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29.3.2.6.6 Incorrect response to checkpointing
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29.3.2.6.6.1 Test purpose
To test the correct repetition of a frame with P=1 if the answer to checkpointing is incorrect.
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29.3.2.6.6.2 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use default RLP parameters. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Case a: No negotiation will be initiated by the MS. Case b: T...
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29.3.2.6.6.3 Test requirements
The frames from the MS shall be: 0,: One I+S frame containing: N(S)=Nms mod(62). 1,...,n‑1: The MS sends S frames. n: On T1 Time-out after the I+S frame, the MS sends a S frame containing: C/R=1, P/F=1. n+1,...,p‑1: The MS sends S frames. p: On T1 Time-out after the I+S frame, the MS sends a S frame containing: C/R=1, ...
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29.3.2.6.7 Total loss of response to checkpointing
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29.3.2.6.7.1 Definition
The last frame of a sequence of numbered information frames is guarded by timer T1. Failure to receive an acknowledgement, or a reject, within a time T1, shall result in the RLP entity starting a checkpoint recovery procedure. If the RLP peer entity fails to respond to a checkpoint command, which is also guarded by tim...
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29.3.2.6.7.2 Conformance requirements
The MS shall start the checkpoint procedure after failure to receive acknowledgement of a numbered information frame within a time T1. 3GPP TS 04.22, subclauses 5.3.3 and 5.3.3.2. The MS shall repeat the checkpoint procedure, up to N2 times, if the peer RLP entity fails to respond to a checkpoint command within a time ...
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29.3.2.6.7.3 Test purpose
To test the correct handling of a total loss of response to checkpointing.
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29.3.2.6.7.4 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: If possible, the MS is configured to use RLP default parameters except the number of retransmission N2. If a MS cannot be configured to use a non default N2 value, the SS shall use XID negotiation to modify the valu...
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29.3.2.6.7.5 Test requirements
The frames from the MS shall be: 0 / 0: One I+S frame containing: N(S)=Nms mod(62). 0 / 1,..., 0/ n‑1: The MS sends S frames. k / 0: On T1 Time-out after the I+S frame, the MS sends a S frame containing: C/R=1, P/F=1. k = 1,..., N2+1. k / 1,..., k / n‑1: The MS sends S frames. N2+2: The MS sends a SABM (C/R=1, P/F=1) o...
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29.3.2.6.8 Retransmission of a sequence
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29.3.2.6.8.1 Test purpose
To test the correct repetition of a sequence of frame.
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29.3.2.6.8.2 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use RLP default parameters except the number of retransmission N2. A non transparent data call will be established, so that the MS is in call state U10 ("Call Active"). Since some RLP paramet...
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29.3.2.6.8.3 Test requirements
The frames from the MS shall be: 0,...,i‑1: One I+S frame containing: N(S)=Nms,...,Nms+i‑1 mod(62). i,...,n‑1: The MS sends S frames with P bit set to 0. n: On T1 Time-out after the I+S frame, the MS sends a S frame containing: C/R=1, P/F=1. n+1,...,n+i: The MS retransmits the I+S frames containing: N(S)=Nms,...,Nms+i‑...
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29.3.2.6.9 N2 retransmission of a sequence
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29.3.2.6.9.1 Definition
The last frame of a sequence of numbered information frames is guarded by timer T1. Failure to receive an acknowledgement, or a reject, within a time T1, shall result in the RLP entity starting a checkpoint recovery procedure. If the peer RLP entity responds with a Supervisory frame with the F-bit set to "1", the MS sh...
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29.3.2.6.9.2 Conformance requirements
The MS shall start the checkpoint procedure after failure to receive acknowledgement of a numbered information frame within a time T1. 3GPP TS 04.22, subclauses 5.3.3 and 5.3.3.2. The MS shall retransmit the I+S frame sequence starting at N(R), upon reception of a Supervisory frame with the F-bit set to "1" from the pe...
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29.3.2.6.9.3 Test purpose
To test the correct repetition of a sequence of frame.
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29.3.2.6.9.4 Method of test
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: If possible, the MS is configured to use RLP default parameters except the number of retransmission N2. If a MS cannot be configured to use a non default N2 value, the SS shall use XID negotiation to modify the valu...
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29.3.2.6.9.5 Test requirements
The frames from the MS shall be: 0,...,i‑1: One I+S frame containing: N(S)=Nms,...,Nms+i‑1 mod(62). i,..., n: The MS sends S frames. k / 0: The MS stops sending I+S frames. It sends S frames. On T1 Time-out after the last sent I+S frame, the MS sends a S frame containing: C/R=1, P/F=1. k = 1, ..., N2+1. k / 1,..., k / ...
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29.3.3 Negotiation of the RLP parameters
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29.3.3.1 Negotiation initiated by the SS
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29.3.3.1.1 Conformance requirements
The MS shall be able to respond to a negotiation request from the network and to configure its RLP parameters accordingly. It shall do so in ABM mode as well as in ADM mode. References 3GPP TS 04.22 subclause 5.2.2.6.
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29.3.3.1.2 Test purpose
To test the correct handling of the MS to a received XID frame in ADM or ABM mode.
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29.3.3.1.3 Test method
Initial Conditions System Simulator: The SS is configured to use default RLP parameters. Mobile Station: The MS is configured to use RLP default parameters. The window size from IWF (SS) to MS is called KIM. The MS is made to establish a MO non transparent data call. In initial conditions MS is in call state U10 ("Call...
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29.3.3.2 Negotiation initiated by the MS
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29.3.3.2.1 Definition
The XID negotiation procedure allows RLP parameters to be negotiated between peer RLP entities.
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29.3.3.2.2 Conformance requirements
The MS shall be able to initiate a negotiation with the network when its RLP parameters are set to non default values. It shall then configure its RLP parameters accordingly. It shall do so in ABM mode as well as in ADM mode. 3GPP TS 04.22, subclause 5.2.2.6. References 3GPP TS 04.22 subclause 5.2.2.6.
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29.3.3.2.3 Test purpose
To test that the MS initiate the negotiation if RLP parameters are different from default parameters.