
Low latency edge compute platform for custom connectivity
Harman has launched an edge computing system with low latency for mobile connectivity to vehicles with and without V2X capabilities.
The Savari MECWAVE is a multi-access edge compute (MEC) software platform that enables car makers and mobile network operators to deliver ultra-low latency applications and services on edge computing infrastructure.
By operating on the edge with ultra-low latency, MECWAVE accelerates the deployment of vehicle-to-everything (V2X) communications, including safety-critical applications like hazard alerts, along with high-throughput connectivity experiences like interactive infotainment and video streaming. MECWAVE also extends V2X capabilities to non-V2X capable vehicles and devices such as bikes and scooters, as well as mobile and wearable devices.
“Today, technology holds the opportunity to transform so many automotive experiences, but the most important are those that can enhance safety of drivers, passengers and pedestrians,” said Ram Iyer, Senior Vice President, Connectivity, at Harman International which is a subsidiary of Samsung. “We are focused on building city intelligence and delivering safer communications between the car and its environment to satisfy the growing need for connectivity.”
StreetWAVE and MobiWAVE
MECWAVE is complemented by two additional systems, StreetWAVE and MobiWAVE, which can be deployed together or independently to further enhance vehicle communication. The Savari StreetWAVE roadside unit is a critical node for vehicular connectivity, using public 5G or private 5G CBRS networks for backhaul and C-V2X technologies to enable a communication framework between infrastructure and vehicles. MobiWAVE wireless vehicular on-board unit combines existing telematics control units with V2X services to reduce traffic-related emergencies through functions.
Weather monitoring
According to the US Department of Transportation, nearly 1 in 5 vehicle accidents are caused by weather-related factors. In inclement weather conditions, vehicles equipped with MobiWAVE will continuously transmit real-time information about the location of the vehicle. StreetWAVE, which is mounted on roadside utility poles, or within wireless communication infrastructures along the route, receives the data and transfers it to MECWAVE for further processing. MECWAVE then aggregates real-time data from various transmission points, high-definition map data, local weather conditions, and traffic patterns. As a result, drivers will receive real-time notifications and alerts to help mitigate the risk of weather-related incidents and keep them safe.
Wrong-Way Driver
Dangerous road conditions can be caused by a wide variety of factors, ranging from a driver who simply misunderstands a road sign, to a driver who is intoxicated. In either scenario, MobiWAVE-equipped vehicles are enabled to receive notifications from MECWAVE systems of the possible presence of a wrong-way driver, and alert other drivers before an incident takes place. MECWAVE discovers anomalies in real time by continuously monitoring the trajectory data received from MobiWAVE units. Once an anomaly is identified, MECWAVE issues an alert message to a larger user network in the area of potential danger, as well as a warning to the wrong-way driver. This combination of technologies can quickly and safely resolve potential traffic incidents before they occur.
Vulnerable Road User
According to the CDC in the US, almost 3,700 people are killed globally each day in vehicle-related crashes—more than half of those killed are pedestrians, motorcyclists, or cyclists. MECWAVE, running on edge with cellular 5G connectivity, can detect the risk of a potential incident, such as a pedestrian stepping into a crosswalk before an accident takes place. When MECWAVE detects a high-risk scenario, an awareness notification is sent both to nearby vehicles and to the pedestrian’s mobile device warning both parties of the potential collision.
car.harman.com/solutions/connectivity
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