18 results with keyword: 'optimal beamforming design downlink miso noma systems'
In the general case of multiple users in the downlink MISO NOMA systems, since the number of constraints is very large, we only provide the optimal beamforming when the channels
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In the general case of multiple users in the downlink MISO NOMA systems, since the number of constraints is very large, we only provide the optimal beamforming when the channels
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Values, as measured by political identity, beliefs about the effects of conservation rules, and beliefs about climate change, also influence perceptions of extreme or unusual
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As discussed earlier in the report one of the challenges of our zoning framework is that both commercial zones and the “MX” special mixed use district allow residential
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Using transmit beamforming design, secrecy rate maximization problem was investigated in [9] to ensure the security of the private user in MISO NOMA networks.. For the
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Dietary interventions with protein and salt restriction, good glucose control, smoking cessation, aggres- sive blood pressure control, good control of cholesterol and triglycerides,
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Con- sequently, by using these properties, a Hybrid NOMA (H- NOMA) precoding algorithm with closed-form expressions is presented, and a sequential user pairing algorithm (SUPA)
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When the CSI of the eavesdropping channel is not available, we first consider the case that the secure user is not the farthest from BS, and the transmit power of the farther users
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Collapse fragility curves obtained for the 6-story structure using the ground motion record bins selected based on the considered proxies: (a) Target " Sa value = 0.8 and (b)
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In this letter, we consider a downlink MISO-NOMA system with im- perfect CSI using RZF precoding and aim to obtain a closed- form expression of the optimal power allocation by
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In this paper, we have proposed different beamforming techniques for NOMA based downlink transmission. In par- ticular, these beamforming designs were developed through a) a
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Module Bodies: Aluminum Alloy Screws and Spring Pins: Stainless Steel Contact Bodies and Pin: Copper Alloy Insulator:
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• We provide a DL-based framework for the beamforming optimization in the multiple-input-single-output (MISO) downlink, where the BS has multiple antennas while each user terminal has
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input-single-output (MISO) downlink, where the BS has multiple antennas while each user terminal has a single antenna. The proposed framework is designed based on the CNN
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By using the sequential convex approximation (SCA) technique and the Dinkelbach’s algorithm to handle the non-convex nature of the GEE-Max problem, we propose two novel algorithms
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To guarantee the security of the MISO-NOMA network with legitimate transmission is not affected, in this section, we propose a joint beamforming and jamming optimization scheme,
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