WCDMA has two basic modes of operation
(1)TDD (Time Division Duplex).
(2)FDD (Frequency Division Duplex).
Duplex communications:
Downlink Channel
From Node B (Base Station) to UE (User Equipment).
Uplink Channel
From UE to Node B
Model simulates transmission of information data (DCH – Dedicated Channel) during a connection.
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2009
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- WCDMA downlink_4
- WCDMA downlink_3
- WCDMA downlink_2
- WCDMA downlink
- matlab simulation of demodulation of WCDMA_8
- matlab simulation of demodulation of WCDMA_7
- matlab simulation of demodulation of WCDMA_6
- matlab simulation of demodulation of WCDMA_5
- matlab simulation of demodulation of WCDMA_4
- matlab simulation of demodulation of WCDMA_3
- matlab simulation of demodulation of WCDMA_2
- matlab simulation of demodulation of WCDMA_1
- demodulation of WCDMA_1
- demodulation of WCDMA
- Matlap Uplink Simulation
- Uplink for WCDMA
- FIG. FOR WCDMA
- Simulatio Diagram of WCDMA for Uplink
- WCDMA Modem
- Technical features of WCDMA
- Rationale for W-CDMA
- Development in WCDMA
- Who benefits if W-CDMA Wins
- Who benefits if W-CDMA Wins
- Mobile Wireless Design Considerations
- EDGE
- Wireless vs Wired
- WCDMA Basic Modes
- WCDMA
- Hierarchical Structure of the Cells
- UMTS – Applications
- UMTS in the international context
- Frequency issues related to UMTS
- 3G TECHNOLOGY IN LATIN AMERICA
- 3G Systems
- UMTS-TDD
- Introduction of 3g for mobile communication system
- Development of Mobile Communications
- Evolution of mobile Communication:
- UMTS Network Architecture
- Introduction of UMTS
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