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The corpus corpus_v1 contains 60 scenarios in 7 families. Each scenario is one .settings file for the The ONE simulator. The families are chosen to cover different mobility regimes, traffic patterns, and resource conditions so that routing protocols can be evaluated on a diverse benchmark.

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• Urban — Map-based urban mobility (e.g. Helsinki), daily routines, commuting, retail, nightlife. High density, short range; models city pedestrian and mixed traffic.
• Campus — Events, classes, exams, stadiums, festivals, conferences. Periodic or bursty contact patterns.
• Vehicles — Taxis, buses, mixed bus+pedestrian. Higher speed, routes; tests protocols under vehicular mobility.
• Rural — Sparse nodes, large world, long range or very short range, extreme speeds. Low connectivity, delay-tolerant.
• Disaster — Shelters, partitioned areas, mules, UAVs, erratic mobility, critical TTL. Stress scenarios for resilience.
• Social — Communities (strong/weak), periodic meetings, random mixing, two-layer (e.g. students+staff). Tests protocol behaviour under community structure.
• Traffic — Message and resource extremes: many small vs few huge messages, short vs long TTL, buffer stress, high rate + low speed. Focus on traffic and resource diversity rather than mobility.

Together they avoid a single “one size fits all” scenario and force protocols to perform across different regimes.

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Family	Folder	Count	IDs
Urban	01_urban	7	U1–U7
Campus	02_campus	6	C1–C6
Vehicles	03_vehicles	5	V1–V5
Rural	04_rural	12	R1–R12
Disaster	05_disaster	9	D1–D9
Social	06_social	6	S1–S6
Traffic	07_traffic	15	T1–T15
Total	—	60	—

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• Urban / Campus / Vehicles: Often map-based (e.g. Helsinki); differ in speed, wait times, workday length, meeting spots, bus vs pedestrian. Good for testing protocol sensitivity to mobility pattern and contact rate.
• Rural: Sparse, long range or extreme parameters (5 m / 200 m range, very low/high speed). Tests delay tolerance and buffer management.
• Disaster: Partitioning, mules, critical TTL. Tests reachability and time-critical delivery.
• Social: Community structure and mixing. Tests forwarding in the presence of clusters and bridges.
• Traffic: Same or similar mobility with different message size, TTL, buffer, rate. Tests protocol behaviour under load and resource stress.

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• Urban scenarios — U1–U7
• Campus scenarios — C1–C6
• Vehicle scenarios — V1–V5
• Rural scenarios — R1–R12
• Disaster scenarios — D1–D9
• Social scenarios — S1–S6
• Traffic scenarios — T1–T15

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• Scenario catalog — Index by family with links to each family page.
• Scenario details — Full list of all 60 scenarios with links to per-scenario documentation pages (EN/ES).

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• Scenario-families — Family-level summary table
• Corpus-versioning — Official frozen set and evolution rules
• Dropped-scenarios-evolution — Why scenarios were moved out
• Methodology — How scenarios and features are designed
• Results overview — Correlation and diversity results
• Quickstart — How to run scenarios and analysis