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LTE - Signaling & Layer 1 Design

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What are the bandwidths needs of various UE categories to support the max throughput?
How is the UE able and how is it commanded to read Cell-ID's (Cell Global Identities) in UMTS, GSM and LTE as part of the ANR feature set of LTE?
What are the new bands and required bandwidths for each band the UE's need to support?
What are the new Physical and Transport Channels in LTE and how are new physical (reference) signals being used?
What are the new signaling nodes and interfaces the E-UTRAN and EPC consists of?
How are the EPS-Bearers mapped on Data Radio Bearers and how are these mapped onto Logical Channels?
What Downlink Control Information are used for System Information Transfer, Paging and Random Access Response?
What are the DCI's for supporting the various MIMO respectively downlink Transmission Modes?
With what Reporting Mode should the UE report 2 x CQI's and when should it report Rank Indication and Precoding Matrix Indication?
What are the differences between periodical reporting using PUCCH and aperiodic reporting using PUSCH?
How does the Sampling Clock of 30.72 MHz relate to 15 kHz subcarrier spacing with 20 MHz bandwidth how do lower bandwidths of 15 MHz, 10 MHz, 5 MHz, 3 MHz and 1.4 MHz go along with lower sampling frequencies?
What is the gain of SC-FDMA in uplink compared to pure OFDM in downlink?
Can the fundamental Resource Block in LTE support an voice call using AMR-codec?

Test engineers who need to understand the details of the LTE Layer 1 implementation.
Design staff of handsets and E-UTRAN who require a deep inside view of the LTE physical layer performance.

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