TS 101 950 : 1.2.1

Intellectual Property Rights
Foreword
1 Scope
2 References
3 Definitions and abbreviations
   3.1 Definitions
   3.2 Abbreviations
4 Abstract Test Method (ATM)
   4.1 Test architecture
   4.2 Test configurations
   4.3 Test mode
5 Abstract Test Description
   5.1 TC definition conventions
   5.2 Description of the test execution with HMSCs
   5.3 Procedure definition conventions
   5.4 Description of the message flow with MSCs
   5.5 Source of TC definitions
6 Test Case List
7 Test cases
   7.1 Test Case: Subscription
   7.2 Test Case: Outgoing Call
   7.3 Test Case: Incoming Call
   7.4 Test Case: Switch on
   7.5 Test Case: Desubscribe
   7.6 Test Case: Connection bandwidth control
   7.7 Test Case: Stop/Start sending data
   7.8 Test Case: Send and receive U-plane data
   7.9 Test Case: Behaviour at the edge of range,
         in noisy environment, Interferer tests
   7.10 Test Case: Multicell behaviour
   7.11 Test Case: Speech & Data in parallel or several
         Data connections in parallel
   7.12 Test Case: V.24 Operation
   7.13 Test Case: Ethernet Operation
   7.14 Test Case: Encryption
   7.15 Test Case: Quality of service from applications
         point of view
   7.16 Test Case: Quality of service from users point
         of view
8 Application behaviour
   8.1 Application data transmission
9 NWK layer procedures
   9.1 Direct PT initiated link establishment
   9.2 Indirect FT initiated link establishment
   9.3 Obtain access rights
   9.4 Key allocation
   9.5 Location registration
   9.6 Authentication of PT
   9.7 Authentication of FT
   9.8 Terminal capability indication
   9.9 Dynamic parameters allocation
   9.10 Call Resources/Parameters negotiation
   9.11 FT terminating access rights
   9.12 From Outgoing call request to Outgoing call
         connection
   9.13 From Incoming call request to Incoming call
         connection
   9.14 PT alerting
   9.15 Bandwidth change
   9.16 Cipher-switching initiated by FT
   9.17 Outgoing call V.24
   9.18 Outgoing call Ethernet
   9.19 Call release
   9.20 Link release
10 DLC layer procedures
   10.1 U-plane transmission class 2
   10.2 Class A link establishment
   10.3 Class A acknowledged information transfer
   10.4 FU10a frame operation
   10.5 FU10b frame operation
   10.6 FU10c frame operation
   10.7 Class A connection handover
   10.8 C S -channel fragmentation and recombination
   10.9 C F -channel fragmentation and recombination
   10.10 Selection of logical channels (CS and CF)
   10.11 Class A link release
11 MAC layer procedures
   11.1 Downlink broadcast
   11.2 Logical connection setup
   11.3 Single bearer Physical connection setup
   11.4 Multi bearer Physical connection setup
   11.5 Single duplex bearer setup
   11.6 Double simplex bearer setup
   11.7 Connection modification
   11.8 Paging
   11.9 Bearer replacement
   11.10 Encryption process - initialization and
         synchronization
   11.11 Encryption mode control
   11.12 Logical connection release
   11.13 Physical connection release
   11.14 Unacknowledged bearer release
   11.15 Fast bearer release
12 Management entity procedures
   12.1 Dynamic bandwidth management
   12.2 Suspend management
   12.3 Resume management
   12.4 Stay Alive
Annex A (normative): Partial PIXIT proforma
      A.1 Identification summary
      A.2 Test summary
      A.3 Test laboratory
      A.4 Client identification
      A.5 SUT
      A.6 Protocol layer information
Annex B (normative): PCTR Proforma
      B.1 Identification summary
      B.2 IUT Conformance status
      B.3 Static conformance summary
      B.4 Dynamic conformance summary
      B.5 Static conformance review report
      B.6 Test campaign report
      B.7 Observations
Annex C (normative): HMSCs and MSCs
Annex D (informative): Bibliography
History

Purpose of the present document is to provide a basis to test DECT equipments giving a high probability of inter-operability between different manufacturer's DECT equipment.