name: FDD
full_form: Frequency Division Duplex
context: for urban/micro or 0,1 km for indoor/pico]. Interfering mobile station density: [TBD in relation with service, cell radius and system capacity]. Power control algorithm: [TBD]. Maximum acceptable loss of capacity: [10 %]. e) scenarios for coexistence studies Inter-operator guard band (uncoordinated deployment). FDD macro/ FDD macro. FDD macro/ FDD micro. FDD macro/ FDD pico (indoor). FDD micro/ FDD pico (indoor). TDD macro/ TDD macro. TDD macro/ TDD micro. TDD macro/ TDD pico (indoor). TDD micro/ TDD pico (indoor). FDD macro/ TDD macro at 1 920 MHz. FDD macro/ TDD micro at 1 920 MHz. FDD macro/ TDD pico at 1 920 MHz. FDD micro/ TDD micro at 1 920 MHz. FDD micro/ TDD pico at 1 920 MHz. Intra-operator guard bands. FDD macro/ FDD macro (colocated). FDD macro/ FDD micro. FDD macro/ FDD pico (indoor). FDD micro/ FDD pico (indoor). TDD macro/ TDD macro. TDD macro/ TDD micro. TDD macro/ TDD pico (indoor). TDD micro/ TDD pico (indoor). FDD macro/ TDD macro at 1 920 MHz. FDD macro/ TDD micro
description: Frequency Division Duplexing (FDD) is a technology used in telecommunications to enable simultaneous transmission and reception of data over a single frequency band, but using different frequencies for sending and receiving. This technique is crucial for efficient use of spectrum resources and is widely employed in various wireless communication systems, including cellular networks.
explanation: The text describes FDD as a technology used in telecommunications to enable simultaneous transmission and reception of data. It highlights its role in efficient spectrum resource utilization and mentions its application in cellular networks. This clearly classifies it under the 'Technology' category.
section_title: 4.3	Mobile Station to Base Station
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