Where was the author of CellSense, published in CoRR, born?
Alexandria, Egypt
Amel Mohamed et al.: DeepFeat: Robust Large-Scale Multi-Features Outdoor Localization in LTE Networks Using Deep Learning. (2019) authored by Moustafa Youssef 0001. Amal Al-Husseiny and Moustafa Youssef 0001. Rania El-Badry et al.: Hidden Anchor: A Lightweight Approach for Physical Layer Location Privacy. (2019) authored by Moustafa You Marwah Sulaiman et al.: RBPGAN: Recurrent Back-Projection GAN for Video Super Resolution. (2019) authored by Moustafa Youssef 0001. Ahmed Shokry et al.: DynamicSLAM: Leveraging Human Anchors for Ubiquitous Low-Overhead Indoor Localization. (2020) authored by Moustafa Youssef 0001. authored by Moustafa Youssef 0001. Rania El-Badry et al.: Hidden Anchor: Providing Physical Layer Location Privacy in Hybrid Wireless Sensor Networks. (2009) authored by Moustafa Youssef 0001. Moustafa Abbas et al.: WiDeep: WiFi-based Accurate and Robust Indoor Localization System using Deep Learning. (2019) authored by Moustafa Youssef 0001. The Special Issue on Deep Learning for Spatial Algorithms and Systems was authored by Moustafa Youssef 0001. Ahmed Eleryan et al.: AROMA: automatic generation of radio maps for localization systems. (2018) authored by Moustafa Youssef 0001. Nehal Kassem et al.: RF-Based Vehicle Detection and Speed Estimation. (2012) authored by Moustafa Youssef 0001. Omar Mohammad Hassan et al.: Demonstrating practical provably secure multi-node communication. (2012) authored by Moustafa Youssef 0001. Chen Gu et al.: The Effect of Ground Truth Accuracy on the Evaluation of Localization Systems. (2021) authored by Moustafa Youssef 0001. Huber Flores et al.: Toward Large-Scale Autonomous Monitoring and Sensing of Toward Large-Scale Autonomous Marine Pollution Monitoring. (1921) authored by Moustafa Youssef 0001. Heba Abdelnasser et al.: SemanticSLAM: Using Environment Landmarks for Unsupervised Indoor Localization. (2016) authored by Moustafa Youssef 0001. Christos Laoudias et al.: Indoor Quality-of-position Visual Assessment Using Crowdsourced Fingerprint Maps. The Horus system is considered to be one of the earliest WiFi-based tracking techniques and the first probabilistic scheme. It uses the energy-efficient phone sensors to detect virtual landmarks in the physical space that can be used to pinpoint the user's location.
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Question: Where was the author of CellSense, published in CoRR, born?
Context: Amel Mohamed et al.: DeepFeat: Robust Large-Scale Multi-Features Outdoor Localization in LTE Networks Using Deep Learning. (2019) authored by Moustafa Youssef 0001. Amal Al-Husseiny and Moustafa Youssef 0001. Rania El-Badry et al.: Hidden Anchor: A Lightweight Approach for Physical Layer Location Privacy. (2019) authored by Moustafa You Marwah Sulaiman et al.: RBPGAN: Recurrent Back-Projection GAN for Video Super Resolution. (2019) authored by Moustafa Youssef 0001. Ahmed Shokry et al.: DynamicSLAM: Leveraging Human Anchors for Ubiquitous Low-Overhead Indoor Localization. (2020) authored by Moustafa Youssef 0001. authored by Moustafa Youssef 0001. Rania El-Badry et al.: Hidden Anchor: Providing Physical Layer Location Privacy in Hybrid Wireless Sensor Networks. (2009) authored by Moustafa Youssef 0001. Moustafa Abbas et al.: WiDeep: WiFi-based Accurate and Robust Indoor Localization System using Deep Learning. (2019) authored by Moustafa Youssef 0001. The Special Issue on Deep Learning for Spatial Algorithms and Systems was authored by Moustafa Youssef 0001. Ahmed Eleryan et al.: AROMA: automatic generation of radio maps for localization systems. (2018) authored by Moustafa Youssef 0001. Nehal Kassem et al.: RF-Based Vehicle Detection and Speed Estimation. (2012) authored by Moustafa Youssef 0001. Omar Mohammad Hassan et al.: Demonstrating practical provably secure multi-node communication. (2012) authored by Moustafa Youssef 0001. Chen Gu et al.: The Effect of Ground Truth Accuracy on the Evaluation of Localization Systems. (2021) authored by Moustafa Youssef 0001. Huber Flores et al.: Toward Large-Scale Autonomous Monitoring and Sensing of Toward Large-Scale Autonomous Marine Pollution Monitoring. (1921) authored by Moustafa Youssef 0001. Heba Abdelnasser et al.: SemanticSLAM: Using Environment Landmarks for Unsupervised Indoor Localization. (2016) authored by Moustafa Youssef 0001. Christos Laoudias et al.: Indoor Quality-of-position Visual Assessment Using Crowdsourced Fingerprint Maps. The Horus system is considered to be one of the earliest WiFi-based tracking techniques and the first probabilistic scheme. It uses the energy-efficient phone sensors to detect virtual landmarks in the physical space that can be used to pinpoint the user's location.
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