Cell splitting — purpose?
Increase capacity by subdividing cells.
Cell splitting — power adjustment?
Reduce transmit power to maintain SIR.
Cell splitting — effect on number of cells?
Quadruples when halving cell radius.
Sectoring — purpose?
Reduce interference using directional antennas.
Sectoring — sectors per cell?
Typically 3 (120°) or 6 (60°).
Channel partitioning — within sectors?
Channels are allocated to specific sectors.
Sectoring — interference impact?
Significantly reduces co-channel interference.
Coverage zone approach — key feature?
Zones linked via high-speed links, localized base station radiation.
Microzone — main benefit?
Reduces interference, localizes radiation, increases capacity.
Microcell — typical radius?
Approximately half of original cell radius.
Microcell — power use?
Lower transmit power than larger cells.
Antenna down tilting — purpose?
Limit coverage area and interference.
Interference reduction — method?
Sectoring and localization confine signals, reduce overlap.
Handoff management — intra-cell?
Handled locally via sectoring or micro zones.
Micro zone — channel retention?
Mobiles retain same channel across zones.
Channel reuse — core idea?
Reuse same frequencies in separated cells to increase capacity.
Answer 8 questions on Cellular Capacity Optimization Techniques.
1. What is cell splitting in cellular systems?
2. Who is the author associated with the detailed explanation of cell splitting in the provided content?
Go over the full study guide for Cellular Capacity Optimization Techniques.
Read the study guide →Upload your class notes and Revizly writes your flashcards in about a minute.
Flashcard maker