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Content for
TR 43.869
Word version: 13.0.0
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6…
6
Common Assumptions
7
Candidate Technologies and Evaluations
8
Conclusions
$
Change History
6
Common Assumptions
6.1
Traffic model Attributes and Scenarios
6.2
Evaluation Assumptions
Word‑p. 9
6.2.1
Operating voltage and current
6.2.2
Operating time
6.2.3
Default parameters
Word‑p. 10
6.3
Evaluation Metrics
6.4
Reference Case Assumptions
6.4.1
Packet Idle Mode
6.4.1.1
Typical procedures and sub procedures
6.4.1.2
Energy consumptions as per procedure
Word‑p. 11
6.4.2
Energy Consumption for Data Transfer
Word‑p. 12
6.4.2.1
Energy Consumption for Network triggered Traffic model
6.4.2.2
Energy Consumption for Mobile Autonomous Reporting
Word‑p. 17
6.4.3
Energy Consumption for RAU procedure
Word‑p. 20
7
Candidate Technologies and Evaluations
Word‑p. 24
7.1
Extended DRX
7.1.1
Paging Group Determination
7.1.2
eDRX vs. PSM evaluation
Word‑p. 25
7.1.3
Realizing Extended DRX Cycle Lengths
Word‑p. 26
7.1.3.1
Time Coordinated Cells - Radio Interface
7.1.3.2
Realizing Time Coordinated Cells - SGSN (subject to ongoing SA2 investigation)
7.1.4
Reachability in Idle Mode
Word‑p. 27
7.1.5
Reachability in Extended Uplink TBF mode
7.2
One Phase Access Requests from MTC Devices
7.3
Event-triggered neighbour cell measurement
Word‑p. 28
7.3.1
Mechanism
7.4
Requirements on Device reachability
Word‑p. 31
7.4.1
General
7.4.2
Short Sync procedure
7.4.2.1
General
7.4.2.2
Overview of short sync
7.4.2.3
Serving Cell Verification when Short sync is employed
Word‑p. 32
7.4.2.4
Mobility in Packet Transfer Mode
Word‑p. 33
7.4.3
Long sync procedure
7.4.4
Energy consumption for long and short sync
7.4.5
Specification Impact
Word‑p. 34
8
Conclusions
$
Change History
Word‑p. 35