Čájehuvvojit 1 - 15 oktiibuot 15 bohtosis ohcui Minh Bui Vu (22683661)', ohcanáigi: 0,01s Aiddostahte ozu
  1. 1
    Energy efficiency in delay-limited and delay-tolerant transmission mode, with <i>N</i> = 4, <i>m</i> = 1, = 2/3, = 10 dBw, = 4 dBw, = 10 dBm, = 10 dBm and = 10 dBm.

    Energy efficiency in delay-limited and delay-tolerant transmission mode, with <i>N</i> = 4, <i>m</i> = 1, = 2/3, = 10 dBw, = 4 dBw, = 10 dBm, = 10 dBm and = 10 dBm. Dahkki Minh Tran (7698803)

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  2. 2
    Outage probability versus power allocation factors, with m = 2, = = 1 [BPCU] and = 5 [dB].

    Outage probability versus power allocation factors, with m = 2, = = 1 [BPCU] and = 5 [dB]. Dahkki Minh Tran (7698803)

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  3. 3
    The system model of ARIS-assisted NOMA spectrum-sharing communications, with ARIS capable of boosting superposed signals and reflecting them to users.

    The system model of ARIS-assisted NOMA spectrum-sharing communications, with ARIS capable of boosting superposed signals and reflecting them to users. Dahkki Minh Tran (7698803)

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  4. 4
    Outage probability versus the transmit power , with N = 4 and = 5 [dB].

    Outage probability versus the transmit power , with N = 4 and = 5 [dB]. Dahkki Minh Tran (7698803)

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  5. 5
    Ergodic data rate versus the transmit power , with N = 5, m = 1, = 0.1, = 0.9 and = 5 [dB].

    Ergodic data rate versus the transmit power , with N = 5, m = 1, = 0.1, = 0.9 and = 5 [dB]. Dahkki Minh Tran (7698803)

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  6. 6
    Outage probability versus the transmit power budget in Relay link and ARIS/PRIS link, with N = 2, m = 1, = = 1 [BPCU] and = 10 [dB].

    Outage probability versus the transmit power budget in Relay link and ARIS/PRIS link, with N = 2, m = 1, = = 1 [BPCU] and = 10 [dB]. Dahkki Minh Tran (7698803)

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  7. 7
    Comparison of this work with existing studies (✓: considered; ✗: not considered).

    Comparison of this work with existing studies (✓: considered; ✗: not considered). Dahkki Minh Tran (7698803)

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  8. 8
    Outage probability versus the transmit power budget, with N = 5, m = 1 and = 5 [dBm].

    Outage probability versus the transmit power budget, with N = 5, m = 1 and = 5 [dBm]. Dahkki Minh Tran (7698803)

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  9. 9
    System throughput versus the transmit power budget, with m = 1, = 0.1, = 0.9 and = 5 [dB].

    System throughput versus the transmit power budget, with m = 1, = 0.1, = 0.9 and = 5 [dB]. Dahkki Minh Tran (7698803)

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  10. 10
    MATLAB_code.

    MATLAB_code. Dahkki Minh Tran (7698803)

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  11. 11
    Outage probability versus the reflection amplitude factors , with N = 8, m = 1, = 10 [dB] and = = 1.5 [BPCU].

    Outage probability versus the reflection amplitude factors , with N = 8, m = 1, = 10 [dB] and = = 1.5 [BPCU]. Dahkki Minh Tran (7698803)

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  12. 12
    Outage probability versus the transmit power budget, with N = 5, = 5, m = 1, = 5 [dBm] and = = 1.5 [BPCU].

    Outage probability versus the transmit power budget, with N = 5, = 5, m = 1, = 5 [dBm] and = = 1.5 [BPCU]. Dahkki Minh Tran (7698803)

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  13. 13
    Ergodic data rate versus the reflection amplitude factors , with N = 4, m = 1 and = 5 [dB].

    Ergodic data rate versus the reflection amplitude factors , with N = 4, m = 1 and = 5 [dB]. Dahkki Minh Tran (7698803)

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  14. 14
    Ergodic data rate versus the number of elements N, with = 5, m = 1 and power budget = 15 [dB].

    Ergodic data rate versus the number of elements N, with = 5, m = 1 and power budget = 15 [dB]. Dahkki Minh Tran (7698803)

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  15. 15
    Main parameters for our simulations [59].

    Main parameters for our simulations [59]. Dahkki Minh Tran (7698803)

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