name: JD
full_form: Joint Detection
context: As can be seen from the table the multiple CPCH case performs significantly better than the single CPCH case. Note that the packet length in the multiple CPCH case is 1000 bytes whereas in the single CPCH case it is 480 bytes. This case outperforms the single CPCH channel with the recency method as well (Case I). Table G-11 refers to the idle-random method in case of single 2 Msps CPCH, 200 ms packet inter-arrival, 480 bytes messages; Table G-12 refers to the same methods but considering 4 CPCH @ 2Msps, 300 ms inter-arrival time, 1000 byte messages. Table G-11: Single CPCH with 200 ms packet inter-arrival Table G-12: Multiple CPCH with 300 ms packet inter arrival
description: Joint Detection (JD) is a technique used in TDD systems to eliminate intracell interference, which is a major component of the total received power. This technology enables better system capacity and equipment realization by reducing the impact of noise rise on outage probability.
explanation: The context describes Joint Detection as a technique used within TDD systems to improve performance by mitigating intracell interference.  This points to JD being a technological solution aimed at enhancing system capabilities.
section_title: 8.3.3.1.2	Comparison with the FDD/FDD coexistence analysis results
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