DOI: 10.21227/dvtf-v340
title: CRAWDAD kth/walkers

description: These traces are from simulation of walkers in a part of downtown Stockholm for which we vary several parameters. We also provide a trace from a subway station for which the parameters could not be modified. They were used to study mobility models for opportunistic communications.last modified :2014-05-05nickname :walkersinstitution :kthrelease date :2014-05-05collection environment :The traces come from micro-simulation of pedestrian mobility in two real-life environments: a city area of Stockholm, Sweden, and a two-level subway station.data collection methodology :Micro-simulation by Legion Studio, http://www.legion.com/legion-studiolimitation :The subway scenario cannot be modified and hence we only have one trace for it.Tracesetkth/walkers/ostermalm_sparse_run1Walkers in downtown Stockholmfiles: ostermalm_001_1.tr.gz, ostermalm_002_1.tr.gz, ostermalm_003_1.tr.gz, ostermalm_004_1.tr.gz, ostermalm_005_1.tr.gzdescription: The Ostermalm area consists of a grid of interconnected streets. Fourteen passages connect the observed area to the outside world. The active area of the outdoor scenario is 5872 m^2. Throughout their lifetime nodes are constantly moving in the observed area, therefore the scenario can be characterized as a high mobility scenario. Nodes enter the observed area according to a Poisson process with rate λ. The arrival rate λ represents the arrival rate at each of the fourteen passages in the area. The speed at which each node traverses the area is chosen from a truncated normal distribution (0.6;2.0) with a mean of 1.3 m/s. The traces in this traceset encompass arrival rates between 0.01 and 0.05 nodes/s. The traces in this set capture mobility at a very fine granularity, namely the position of all observed nodes is recorded every 0.6 seconds.measurement purpose: User Mobility Characterization, Network Performance Analysis, MAC Protocol Development, Routing Protocol for DTNs (Disruption Tolerant Networks), Human Behavior Modeling, Content Distribution Evaluation, Opportunistic Connectivitylast modified: 2014-05-05dataname: kth/walkers/ostermalm_sparse_run1version: 20140505change: the initial versionrelease date: 2014-05-05nickname: ostermalm_sparse_run1kth/walkers/ostermalm_sparse_run1 TracesOstermalm_001_1: Walkers in downtown Stockholm with arrival rate 0.01 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.01 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_sparse_run1/Ostermalm_001_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_sparse_run1/ostermalm_001_1.tr.gznickname: Ostermalm_001_1ostermalm_002_1: Walkers in downtown Stockholm with arrival rate 0.02 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.02 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_sparse_run1/ostermalm_002_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_sparse_run1/ostermalm_002_1.tr.gznickname: ostermalm_002_1ostermalm_003_1: Walkers in downtown Stockholm with arrival rate 0.03 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.03 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_sparse_run1/ostermalm_003_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_sparse_run1/ostermalm_003_1.tr.gznickname: ostermalm_003_1ostermalm_004_1: Walkers in downtown Stockholm with arrival rate 0.04 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.04 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_sparse_run1/ostermalm_004_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_sparse_run1/ostermalm_004_1.tr.gznickname: ostermalm_004_1ostermalm_005_1: Walkers in downtown Stockholm with arrival rate 0.05 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.05 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_sparse_run1/ostermalm_005_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_sparse_run1/ostermalm_005_1.tr.gznickname: ostermalm_005_1kth/walkers/ostermalm_sparse_run2Walkers in downtown Stockholmfiles: ostermalm_001_2.tr.gz, ostermalm_002_2.tr.gz, ostermalm_003_2.tr.gz, ostermalm_004_2.tr.gz, ostermalm_005_2.tr.gzdescription: The Ostermalm area consists of a grid of interconnected streets. Fourteen passages connect the observed area to the outside world. The active area of the outdoor scenario is 5872 m^2. Throughout their lifetime nodes are constantly moving in the observed area, therefore the scenario can be characterized as a high mobility scenario. Nodes enter the observed area according to a Poisson process with rate λ. The arrival rate λ represents the arrival rate at each of the fourteen passages in the area. The speed at which each node traverses the area is chosen from a truncated normal distribution (0.6;2.0) with a mean of 1.3 m/s. The traces in this traceset encompass arrival rates between 0.01 and 0.05 nodes/s. The traces in this set capture mobility at a very fine granularity, namely the position of all observed nodes is recorded every 0.6 seconds.measurement purpose: User Mobility Characterization, Network Performance Analysis, MAC Protocol Development, Routing Protocol for DTNs (Disruption Tolerant Networks), Human Behavior Modeling, Content Distribution Evaluation, Opportunistic Connectivitylast modified: 2014-05-05dataname: kth/walkers/ostermalm_sparse_run2version: 20140505change: the initial versionrelease date: 2014-05-05nickname: ostermalm_sparse_run2kth/walkers/ostermalm_sparse_run2 Tracesostermalm_001_2: Walkers in downtown Stockholm with arrival rate 0.01 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.01 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_sparse_run2/ostermalm_001_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_sparse_run2/ostermalm_001_2.tr.gznickname: ostermalm_001_2ostermalm_002_2: Walkers in downtown Stockholm with arrival rate 0.02 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.02 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_sparse_run2/ostermalm_002_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_sparse_run2/ostermalm_002_2.tr.gznickname: ostermalm_002_2ostermalm_003_2: Walkers in downtown Stockholm with arrival rate 0.03 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.03 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_sparse_run2/ostermalm_003_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_sparse_run2/ostermalm_003_2.tr.gznickname: ostermalm_003_2ostermalm_004_2: Walkers in downtown Stockholm with arrival rate 0.04 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.04 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_sparse_run2/ostermalm_004_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_sparse_run2/ostermalm_004_2.tr.gznickname: ostermalm_004_2ostermalm_005_2: Walkers in downtown Stockholm with arrival rate 0.05 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.05 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_sparse_run2/ostermalm_005_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_sparse_run2/ostermalm_005_2.tr.gznickname: ostermalm_005_2kth/walkers/ostermalm_medium_run1Walkers in downtown Stockholmfiles: ostermalm_007_1.tr.gz, ostermalm_009_1.tr.gz, ostermalm_011_1.tr.gz, ostermalm_015_1.tr.gz, ostermalm_020_1.tr.gzdescription: The Ostermalm area consists of a grid of interconnected streets. Fourteen passages connect the observed area to the outside world. The active area of the outdoor scenario is 5872 m^2. Throughout their lifetime nodes are constantly moving in the observed area, therefore the scenario can be characterized as a high mobility scenario. Nodes enter the observed area according to a Poisson process with rate λ. The arrival rate λ represents the arrival rate at each of the fourteen passages in the area. The speed at which each node traverses the area is chosen from a truncated normal distribution (0.6;2.0) with a mean of 1.3 m/s. The traces in this traceset encompass arrival rates between 0.07 and 0.20 nodes/s. The traces in this set capture mobility at a very fine granularity, namely the position of all observed nodes is recorded every 0.6 seconds.measurement purpose: User Mobility Characterization, Network Performance Analysis, MAC Protocol Development, Routing Protocol for DTNs (Disruption Tolerant Networks), Human Behavior Modeling, Content Distribution Evaluation, Opportunistic Connectivitylast modified: 2014-05-05dataname: kth/walkers/ostermalm_medium_run1version: 20140505change: the initial versionrelease date: 2014-05-05nickname: ostermalm_medium_run1kth/walkers/ostermalm_medium_run1 Tracesostermalm_007_1: Walkers in downtown Stockholm with arrival rate 0.07 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.07 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_medium_run1/ostermalm_007_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_medium_run1/ostermalm_007_1.tr.gznickname: ostermalm_007_1ostermalm_009_1: Walkers in downtown Stockholm with arrival rate 0.09 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.09 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_medium_run1/ostermalm_009_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_medium_run1/ostermalm_009_1.tr.gznickname: ostermalm_009_1ostermalm_011_1: Walkers in downtown Stockholm with arrival rate 0.11 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.11 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_medium_run1/ostermalm_011_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_medium_run1/ostermalm_011_1.tr.gznickname: ostermalm_011_1ostermalm_015_1: Walkers in downtown Stockholm with arrival rate 0.15 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.15 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_medium_run1/ostermalm_015_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_medium_run1/ostermalm_015_1.tr.gznickname: ostermalm_015_1ostermalm_020_1: Walkers in downtown Stockholm with arrival rate 0.20 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.20 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_medium_run1/ostermalm_020_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_medium_run1/ostermalm_020_1.tr.gznickname: ostermalm_020_1kth/walkers/ostermalm_medium_run2Walkers in downtown Stockholmfiles: ostermalm_007_2.tr.gz, ostermalm_009_2.tr.gz, ostermalm_011_2.tr.gz, ostermalm_015_2.tr.gz, ostermalm_020_2.tr.gzdescription: The Ostermalm area consists of a grid of interconnected streets. Fourteen passages connect the observed area to the outside world. The active area of the outdoor scenario is 5872 m^2. Throughout their lifetime nodes are constantly moving in the observed area, therefore the scenario can be characterized as a high mobility scenario. Nodes enter the observed area according to a Poisson process with rate λ. The arrival rate λ represents the arrival rate at each of the fourteen passages in the area. The speed at which each node traverses the area is chosen from a truncated normal distribution (0.6;2.0) with a mean of 1.3 m/s. The traces in this traceset encompass arrival rates between 0.07 and 0.20 nodes/s. The traces in this set capture mobility at a very fine granularity, namely the position of all observed nodes is recorded every 0.6 seconds.measurement purpose: User Mobility Characterization, Network Performance Analysis, MAC Protocol Development, Routing Protocol for DTNs (Disruption Tolerant Networks), Human Behavior Modeling, Content Distribution Evaluation, Opportunistic Connectivitylast modified: 2014-05-05dataname: kth/walkers/ostermalm_medium_run2version: 20140505change: the initial versionrelease date: 2014-05-05nickname: ostermalm_medium_run2kth/walkers/ostermalm_medium_run2 Tracesostermalm_007_2: Walkers in downtown Stockholm with arrival rate 0.07 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.07 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_medium_run2/ostermalm_007_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_medium_run2/ostermalm_007_2.tr.gznickname: ostermalm_007_2ostermalm_009_2: Walkers in downtown Stockholm with arrival rate 0.09 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.09 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_medium_run2/ostermalm_009_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_medium_run2/ostermalm_009_2.tr.gznickname: ostermalm_009_2ostermalm_011_2: Walkers in downtown Stockholm with arrival rate 0.11 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.11 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_medium_run2/ostermalm_011_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_medium_run2/ostermalm_011_2.tr.gznickname: ostermalm_011_2ostermalm_015_2: Walkers in downtown Stockholm with arrival rate 0.15 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.15 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_medium_run2/ostermalm_015_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_medium_run2/ostermalm_015_2.tr.gznickname: ostermalm_015_2ostermalm_020_2: Walkers in downtown Stockholm with arrival rate 0.20 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.20 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_medium_run2/ostermalm_020_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_medium_run2/ostermalm_020_2.tr.gznickname: ostermalm_020_2kth/walkers/ostermalm_dense_run1Walkers in downtown Stockholmfiles: ostermalm_030_1.tr.gz, ostermalm_040_1.tr.gz, ostermalm_050_1.tr.gz, ostermalm_070_1.tr.gz, ostermalm_090_1.tr.gzdescription: The Ostermalm area consists of a grid of interconnected streets. Fourteen passages connect the observed area to the outside world. The active area of the outdoor scenario is 5872 m^2. Throughout their lifetime nodes are constantly moving in the observed area, therefore the scenario can be characterized as a high mobility scenario. Nodes enter the observed area according to a Poisson process with rate λ. The arrival rate λ represents the arrival rate at each of the fourteen passages in the area. The speed at which each node traverses the area is chosen from a truncated normal distribution (0.6;2.0) with a mean of 1.3 m/s. The traces in this traceset encompass arrival rates between 0.30 and 0.90 nodes/s. The traces in this set capture mobility at a very fine granularity, namely the position of all observed nodes is recorded every 0.6 seconds.measurement purpose: User Mobility Characterization, Network Performance Analysis, MAC Protocol Development, Routing Protocol for DTNs (Disruption Tolerant Networks), Human Behavior Modeling, Content Distribution Evaluation, Opportunistic Connectivitylast modified: 2014-05-05dataname: kth/walkers/ostermalm_dense_run1version: 20140505change: the initial versionrelease date: 2014-05-05nickname: ostermalm_dense_run1kth/walkers/ostermalm_dense_run1 Tracesostermalm_030_1: Walkers in downtown Stockholm with arrival rate 0.30 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.30 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_dense_run1/ostermalm_030_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_dense_run1/ostermalm_030_1.tr.gznickname: ostermalm_030_1ostermalm_040_1: Walkers in downtown Stockholm with arrival rate 0.40 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.40 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_dense_run1/ostermalm_040_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_dense_run1/ostermalm_040_1.tr.gznickname: ostermalm_040_1ostermalm_050_1: Walkers in downtown Stockholm with arrival rate 0.50 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.50 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_dense_run1/ostermalm_050_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_dense_run1/ostermalm_050_1.tr.gznickname: ostermalm_050_1ostermalm_070_1: Walkers in downtown Stockholm with arrival rate 0.70 (run 1)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.70 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_dense_run1/ostermalm_070_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_dense_run1/ostermalm_070_1.tr.gznickname: ostermalm_070_1ostermalm_090_1: Walkers in downtown Stockholm with arrival rate 0.90 (run 1)description: The arrival rate at each entry point to the observed area is λ = 0.90 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_dense_run1/ostermalm_090_1version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_dense_run1/ostermalm_090_1.tr.gznickname: ostermalm_090_1kth/walkers/ostermalm_dense_run2Walkers in downtown Stockholmfiles: ostermalm_030_2.tr.gz, ostermalm_040_2.tr.gz, ostermalm_050_2.tr.gz, ostermalm_070_2.tr.gz, ostermalm_090_2.tr.gzdescription: The Ostermalm area consists of a grid of interconnected streets. Fourteen passages connect the observed area to the outside world. The active area of the outdoor scenario is 5872 m^2. Throughout their lifetime nodes are constantly moving in the observed area, therefore the scenario can be characterized as a high mobility scenario. Nodes enter the observed area according to a Poisson process with rate λ. The arrival rate λ represents the arrival rate at each of the fourteen passages in the area. The speed at which each node traverses the area is chosen from a truncated normal distribution (0.6;2.0) with a mean of 1.3 m/s. The traces in this traceset encompass arrival rates between 0.30 and 0.90 nodes/s. The traces in this set capture mobility at a very fine granularity, namely the position of all observed nodes is recorded every 0.6 seconds.measurement purpose: User Mobility Characterization, Network Performance Analysis, MAC Protocol Development, Routing Protocol for DTNs (Disruption Tolerant Networks), Human Behavior Modeling, Content Distribution Evaluation, Opportunistic Connectivitylast modified: 2014-05-05dataname: kth/walkers/ostermalm_dense_run2version: 20140505change: the initial versionrelease date: 2014-05-05nickname: ostermalm_dense_run2kth/walkers/ostermalm_dense_run2 Tracesostermalm_030_2: Walkers in downtown Stockholm with arrival rate 0.30 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.30 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_dense_run2/ostermalm_030_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_dense_run2/ostermalm_030_2.tr.gznickname: ostermalm_030_2ostermalm_040_2: Walkers in downtown Stockholm with arrival rate 0.40 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.40 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_dense_run2/ostermalm_040_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_dense_run2/ostermalm_040_2.tr.gznickname: ostermalm_040_2ostermalm_050_2: Walkers in downtown Stockholm with arrival rate 0.50 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.50 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_dense_run2/ostermalm_050_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_dense_run2/ostermalm_050_2.tr.gznickname: ostermalm_050_2ostermalm_070_2: Walkers in downtown Stockholm with arrival rate 0.70 (run 2)description: The arrival rate at each entry point to the observed area is λ = 0.70 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_dense_run2/ostermalm_070_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_dense_run2/ostermalm_070_2.tr.gznickname: ostermalm_070_2ostermalm_090_2: Walkers in downtown Stockholm with arrival rate 0.90 (run 2)format: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positiondescription: The arrival rate at each entry point to the observed area is λ = 0.90 nodes/s.last modified: 2014-05-05dataname: kth/walkers/ostermalm_dense_run2/ostermalm_090_2version: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/ostermalm_dense_run2/ostermalm_090_2.tr.gznickname: ostermalm_090_2kth/walkers/subwayWalkers in subway scenariofiles: subway.tr.gzdescription: The scenario defines a subway station with train platforms connected via escalators to the entry-level. Nodes can arrive on foot from any of the five entry points of the subway station, or when a train arrives at the platform. The train arrivals contribute to the burstiness of the node arrivals and departures. Nodes congregate while waiting for a train to arrive at one of the platforms, or while taking a break in the store or the coffee shop at the entry level. The active area of the scenario is 1921 m^2. This scenario comes with the Legion Studio simulator, and all its parameters have been predefined. We have no control over the arrival rates or the speed of nodes in the system. The traceset consists of a single trace. The position of all nodes traversing the observed area is recorded every 0.6 seconds.measurement purpose: User Mobility Characterization, Network Performance Analysis, MAC Protocol Development, Routing Protocol for DTNs (Disruption Tolerant Networks), Human Behavior Modeling, Content Distribution Evaluation, Opportunistic Connectivitylast modified: 2014-05-05dataname: kth/walkers/subwayversion: 20140505change: the initial versionrelease date: 2014-05-05nickname: subwaykth/walkers/subway Tracessubway: Walkers in a subway stationformat: Node Creation: Timestamp create nodeID CoordX CoordY CoordZ where CoordX, CoordY and CoordZ are the initial coordinates at which the node is inserted into the observed area and Timestamp is the time when the node first appears in the observed area Node Movement: Timestamp setdest nodeID CoordX CoordY CoordZ Speed TimeAtDest where CoordX, CoordY and CoordZ are the coordinates to be reached at the end of the move, Speed corresponds to the movement speed of the node and TimeAtDest corresponds to a timestamp in the future when the node is supposed to reach the new location Node Destruction: Timestamp destroy nodeID destroys the node at its current positionlast modified: 2014-05-05dataname: kth/walkers/subway/subwayversion: 20140505change: the initial versionrelease date: 2014-05-05url: /download/kth/walkers/subway/subway.tr.gznickname: subway