H19-619_V1.0 Exam Dumps - HCSP-Presales-Government Public Services V1.0

Pretrained large models encode general knowledge that can be efficiently adapted to industry tasks throughparameter-efficient fine-tuning (e.g., LoRA, Prompt Tuning)using minimal domain data. This method significantly reduces cost and time, aligning with real-world practices.

The solution is built onroadside sensing,communication networks,cloud platformsfor scheduling and analytics, andon-board systems, forming an end–edge–cloud architecture.

Government documents emphasize “one-form application, one-set materials.” Form-level optimization enables cross-department workflow consolidation.

According to theNational New-Type Urbanization Plan (2014-2020)and related industry reports, China’s Smart-City programs remain in the exploratory and rapid-development stages; they have not yet reached maturity. Problems such as inadequate top-level design and repeated construction still exist, confirming that option A is inaccurate.

In the national big-data architecture, thedata-competent department(big-data governing authority) takes charge of the big-data platform’s architecture and system construction, while the State Council and its General Office provide macro policy guidance.

The solution promotes “sunshine law enforcement” through: law enforcement publicity (openly publishing enforcement information), standardization (ensuring actions comply with laws and regulations), double-random inspections (reducing subjectivity by randomizing inspectors and targets), and 5G law enforcement (using 5G devices to improve efficiency and accuracy on site).

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Intelligent-connected roadside sensing usescameras,millimeter-wave radar,LiDAR, andRSUfor environment perception and V2X communication, jointly building a complete roadside-sensing system.

AI is thecore technologyin building new smart cities. National guidelines emphasize AI’s role inresource optimization, service innovation, and citizen-centric governance, supporting the people-oriented, collaborative concept described.