Device Description
Rain Gauges: Modern rain gauges often come equipped with wireless communication capabilities, allowing them to transmit data on rainfall amounts to monitoring centers in real time.
Stream Gauges: Many stream gauges are designed to wirelessly transmit data on water levels and flow rates, providing crucial information for flood forecasting.Soil Moisture Sensors: These sensors can be equipped with wireless communication to send soil moisture data to a central system, which helps in assessing the risk of flooding, especially in areas prone to flash floods.
Pressure Transducers: Used in various water bodies, these sensors can wirelessly transmit water pressure data, which is then used to calculate water levels.
Ultrasonic Sensors: These can be set up to measure water levels and then transmit the data wirelessly to a central monitoring system.
Anemometers: Modern anemometers can send wind data wirelessly to meteorological centers, contributing to broader weather pattern analysis for flood prediction.
Tide Gauges: In coastal areas, tide gauges equipped with wireless communication capabilities transmit sea level data, which is crucial for predicting storm surges and coastal floods.[1]
https://doi.org/10.3390/s120404213
KPIs
E2E Latency: | Best Effort |
Jitter: | Not Sensitive |
Data Rate: | Very Low |
Availability: | High |
Criticality: | Safety Critical |
Communication Direction: | One-way |
Common Communication Mode: | Unicast |
Data Reporting Mode: | Hybrid Driven |
Mobility (type/speed): | Fixed |
Service Continuity: | Not Required |
Device Autonomy (Power Constrained): | Yes |
Connectivity Type: | WAN |
Priority Services (NS/EP): | No |
Guaranteed Service: | DCGBR |
Security: | Medium |
Lifespan: | Long |
Location Based Services: | Fixed |
Slice Type: | uRLLC |