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For a detailed de nition of the resource block mapping refer to 3GPP TS 36211, Section 623 5 MATLAB: write a Matlab program for the estimation of channel coef cients from the demodulation resource symbols, using LMMSE and LS estimation (see 19) Evaluate the channel estimation accuracy in a tapped-delay line channel with Rayleigh fading, where the taps are at 0 ns, 100 ns, and 300 ns, with strength 1, 04, 02 6 Consider a system with 10 MHz bandwidth, 1 MHz coherence bandwidth (assume block fading), and 10 users that require resource blocks of size 1 MHz each Compute the probability of optimum-assignment collisions , ie, that the same subcarriers would be optimum for different users 7 MATLAB: Consider an LTE system with 20 MHz operating at a carrier frequency of 21 GHz.

Coherence bandwidth is 1 MHz (assume block fading, that is, divided the full bandwidth into 1 MHz blocks that are fading independently) Obtain, by simulation, the pdf of the loss of SNR compared to ideal sounding for a user driving at (i) 30 km/h and (ii) 120 km/h In other words, how much SNR does the user lose because it has outdated SNR and therefore suboptimum assignment of its frequency 8 MATLAB: Generate 1) a (cyclically-extended) Zadoff Chu sequence without phase rotation and 2) a (cyclically-extended) Zadoff Chu sequence with phase rotation = 2 /12 For these two sequences simulate the pdf of the loss of orthogonality within one resource block due to frequency selectivity in a channel with exponential PDP with decay time constant (i) 100 ns, (ii) 1 s, (iii) 10 s 9 Which physical downlink channels have no equivalent transport or logical channels 10.

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At this point it should be mentioned that all P R prototypes for M-channel cosine-modulated filter banks, which will be discussed in the next section, also serve as PRprototypes for oversampled 2M-channel DFT filter banks. On the other hand, satisfying only (6.103) is not sufficient in the cosine-modulated case. Thus, oversampled DFT filter banks offermoredesignfreedom than cosine-modulated ones.

How is the modulation and coding scheme indicated in LTE What combinations of code rates and modulation formats are possible (Hint: 3GPP TS 36213) 11 Assume a Poisson probability for users to try and join the network What is the rate of requests required (within the 1 ms PRACH) so that the probability of collision becomes 01 12 Describe the steps of the handover procedure 13 When employing a regular cyclic pre x and 10 MHz system bandwidth, what is the maximum time dispersion that does not lead to intersymbol interference.

DCC addressing authority rests with the ISO, who assigns a national code to each country, per ISO 3166, and delegates authority for the domain-speci c part

standard de nitions Also, the de nitions vary, depending on the technological context Narrowband: Narrowband refers to voice-grade bandwidth In analog telecommunications terms, a narrowband channel has bandwidth of a nominal 4 kHz, which is the standard for analog voice In digital terms, a narrowband channel is 64 kbps, which is the fundamental standard for uncompressed, digitized voice Narrowband sometimes is used to describe a channel or circuit of less than voice-grade bandwidth Narrowband also is used to describe some number of 64-kbps channels (N 64 kbps) Narrowband Integrated Services Digital Network (N-ISDN), for example, comprises two information-bearing channels of 64 kbps each plus a signaling and control channel of 16 kbps, for a total of 144 kbps So, narrowband essentially is used to describe a circuit or channel offering relatively little bandwidth I use the term narrowband to describe bandwidth up to a maximum of 24 channels.

Figure 2-9: The physical database schema of the many-to-many reflexive relationship must include a resolution entity, just like the many-to-many two-entity relationship. The first foreign key points to the material being built. The second foreign key points to the source material.

In digital terms, this means bandwidth up to the T1 signaling rate of 1544 Mbps, which supports 24 channels at 64 kbps, at least according to North American standards The equivalent international standard is E1, which has a signaling rate of 2048 Mbps and supports 30 channels at 64 kbps (Note: You will nd detailed information on narrowband ISDN, T1, and E1 in subsequent chapters) Wideband: Wideband is used to distinguish a circuit or channel with capacity greater than narrowband Wideband sometimes is used to describe a circuit or channel that has bandwidth wider than normal for operation In the radio domain, wideband refers to a radio channel covering a relatively wide range of frequencies Ultra-Wideband (UWB), for example, is de ned as a radio system with occupied bandwidth (ie.

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