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Related works | Frequency band used | Experiment type | Environment used | Types of blockages | Street details | Performance metrics |
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Böhm et al., 2010 [11] | 5.9 GHz | Real world | Urban, highway, rural | Vegetation, buildings, parked vehicles | Not specified | Distance versus packet reception ratio |
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Meireles et al., 2010 [12] | 5.85–5.925 GHz, 2.412 GHz | Real world | Urban and parking lot | Buildings, trees, vehicles (truck, van) | Various lanes street | Distance versus received signal strength indicator, distance versus packet delivery ratio |
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Sommer et al., 2011 [13] | 5.89 GHz | Real world and simulation | Urban and rural | Residential and commercial buildings | Intersection | Distance versus received signal strength, length of intersection versus received signal strength, index versus received signal strength |
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Sommer et al., 2012 [14] | 5.89 GHz | Real world and simulation | Urban and rural | Vehicles | One-lane and two-lane street | Received signal strength versus distance |
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Sommer et al., 2015 [15] | 5.89 GHz | Simulation | Highway and suburban | Building and vehicles | Two-lane street | Empirical cumulative density function versus beacon interval, channel busy ratio, time after encounter versus beacon interval |
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Lin et al., 2012 [16] | 5.9 GHz | Real world and field trial | Not specified | Cochannel interference | Not specified | Distance versus packet loss, distance versus latency |
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Gozalvez et al., 2012 [17] | 5.895–5.905 GHz | Real world | Urban and highway | Buildings, trees, vehicles | Various lanes street | Distance versus packet delivery ratio |
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Schumacher et al., 2012 [18] | 5.9 GHz | Real world | Urban | Buildings | Intersection | Distance versus signal power, distance versus packet delivery ratio |
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Tchouankem et al., 2013 [19] | 5.9 GHz | Real world and simulation | Rural | Vegetations | Intersection | Distance versus signal power, distance versus packet delivery ratio |
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Tchouankem and Lorenzen, 2015 [20] | 5.9 GHz | Real world | Urban and rural | Buildings and vehicle | Intersection | Distance versus signal power, distance versus packet delivery ratio |
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Barcelos et al., 2014 [21] | 5.9 GHz | Real world | Urban/rural (campus environment) | Buildings | Two-lane street | Distance versus average packet loss, distance versus average latency, distance versus average delay, distance versus bitrate |
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Viriyasitavat et al., 2016 [22] | 2.4 GHz | Real world and simulation | Urban (open environment) | Vehicle | One-lane street | Distance versus packet delivery ratio, time versus penetration distance, time versus reachability |
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Our work | 5.8 GHz | Real world | Rural, urban, mixed | Buildings, vegetations | Intersection | Distance versus packet delivery ratio heat maps for packet delivery |
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