A professional and excellent testing team conducts comprehensive testing and evaluation of C-V2X network coverage quality, service performance, etc., using self-developed coverage testing tools. They provide practical optimization suggestions to ensure the efficient and high-quality operation of C-V2X services.

• RSRP and SNR coverage quality testing
• Packet loss rate and latency testing
• Testing of application messages (MAP, SPAT, RSI, RSM, BSM, SSM, RSC, VIR)
• Analysis of coverage quality and service performance issues replay

Customer Benefits

• Enhancing operational efficiency
• Ensuring service performance
• Reducing operational costs

Applications

• Evaluation and testing of multiple national-level demonstration areas and pilot zones.

The C-V2X safety certificate management system is a critical infrastructure for the security of vehicle networking communication. This system provides full lifecycle management services for vehicle networking certificates such as registration certificates, pseudonym certificates, application certificates, identity certificates, etc. for vehicle equipment OBU (on-board unit), roadside equipment RSU (roadside unit), and service providers.

Through these services, the system ensures the legitimacy of V2X communication nodes and effectively solves the identity authentication problem in the communication process of "vehicle, road, cloud, and end", providing solid security support for fields such as intelligent connected vehicles and smart transportation.

Customer Benefits

• Support the research group on "Technical Requirements and Testing Methods for C-V2X Network Coverage Performance" to complete the verification of C-V2X coverage testing
• Supporting Beijing Chewang Technology Development Co., Ltd. to complete C-V2X coverage testing and acceptance
• Support SAIC Volkswagen to complete the C-V2X coverage field testing work
• Support universities to complete teaching related to the Internet of Vehicles

Applications

• Certificate Management of the "Four Crosses" CA Platform in 2019
• 2020 National Intelligent Connected Vehicle (Wuhan) Testing Demonstration Zone CA Platform
• 2021 Hunan (Changsha) National Pilot Zone for Connected Vehicles CA Platform
• 2022 Chongqing (Liangjiang New Area) National level Connected Vehicle Pilot Zone CA Platform

The Fusion Perception Suite is a combination product independently developed by CICTCI, which integrates perception fusion algorithms, calibration tools, deployment supervision tools, and evaluation tools.

• Calibration tools that are compatible with cameras, millimeter wave radars, and LiDAR sensors, enabling semi-automatic sensor calibration;
• Roadside perception and lightning vision fusion algorithm, it can achieve functions such as intersection or road target fusion, trajectory continuation, etc;
• Deployment monitoring tools that can achieve fast algorithm deployment, remote OTA, device management, and other functions;
• Algorithm evaluation tools, making it easy to quickly output algorithm performance indicators. Featuring strong adaptability, ease of use, and convenience.

Key Features

• One-stop perception calibration, fusion, deployment supervision and evaluation
• Supports fast and convenient calibration, improving calibration efficiency
• Support integrated deployment, remote OTA and supervision, reduce operational difficulties and costs
• Rich data chart presentation, clear at a glance
• Fully functional and high-performance perception fusion algorithm
• Multiple evaluation parameters, simple methods, and support for customization

A professional and outstanding testing team employs various testing methods such as virtual simulation and actual driving experiences. Based on a profound understanding of the standards and specifications for vehicle-road cooperative scenarios, and considering multiple dimensions including the actual driving experiences of consumer-grade users, they develop a comprehensive evaluation system. This system allows for the comprehensive assessment of both the deficiencies and values of vehicle-road cooperative scenarios.

• User-friendly human-machine interface interaction
• Range and frequency of scenario triggers
• Rationality of scenario triggers
• Assessment of additional value

Customer Benefits

• Application value assessment
• Ensuring service performance
• Enhancing operational value

Applications

• Evaluation and testing of multiple national-level demonstration areas and pilot zones.