[PDF] On the Outage Probability of Millimeter Wave Links with Quasi-deterministic Propagation | Semantic Scholar (2024)

New analytical models for the estimation of the outage probability of millimeter wave indoor and outdoor links are proposed, based on the derivation of the distribution of the obstruction length along the beam, which can be used to study realistic 2D and 3D scenarios.

A stochastic geometry-based analysis of propagation statistics for 5G millimeter wave (mm-wave) cellular gives novel insight into how environmental obstacles affect the AOA and also represents the first AOA distribution derived under the Boolean model.

A baseline analytical approach based on stochastic geometry that allows the computation of the statistical distributions of the downlink signal-to-interference-plus-noise ratio (SINR) and also the per link data rate, which depends on the SINR as well as the average load is presented.

This article introduces a quasi-deterministic channel model and a link level-focused channel model, developed with a focus on millimeter-wave outdoor access channels, developed with a focus on millimeter-wave outdoor access channels.

A mathematical model for self-body blocking is proposed, allowing for position changes, and used to compute signal-to-interference-plus-noise ratio (SINR) distributions with two possible user association rules, and characterize how self- body blocking impacts the SINR coverage.

Results indicate high shadowing attenuation is not just due to the human blocker but also isdue to the static directional nature of the antennas used, leading to the need for phased-array antennas to switch beam directions in the presence of obstructions and blockages at millimeter-waves.

This letter proposes an analytical framework to define and characterise the connectivity for an aerial access point (AAP) by jointly using stochastic geometry and random shape theory, and yields guidelines on practical mmWave A2X networks deployment.

The results indicate that the minimum density of BS that is required to satisfy the Quality of Service (QoS) requirements of AR/VR and other Ultra Reliable Low Latency Communication (URLLC) applications is largely driven by blockage events rather than capacity requirements.

The results indicate that the minimum density of BS that is required to satisfy the Quality of Service (QoS) requirements of AR/VR and other low latency applications is largely driven by blockage events rather than capacity requirements.

The design assumptions taken into consideration for the IEEE 802.11ad standard and the novel techniques defined to overcome the challenges of mm-Wave communication are described.

It is shown that using directional antennas, positioning the transceiver devices appropriately, and orienting the human user body in certain directions depending on the user location result in gigabits-per-second achievable ergodic rates for mmWave wearable networks.

The penetration loss results presented here are useful for site-specific planning tools that will model indoor mmWave networks, without the need for expensive measurement campaigns.

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