Design and analyze a robotic manufacturing system for automobile assembly. Given:Specify the production requirements, including vehicle types, production volume, and cycle time constraints.Design robotic workstations for tasks such as welding, painting, and assembly line operations.Evaluate the efficiency and throughput of automated guided vehicles $($AGVs$)$ for material handling and part delivery within the manufacturing facility.Discuss the integration of machine vision systems, AI algorithms, and sensor networks for quality control and defect detection during production.Analyze the impact of collaborative robots $($cobots$)$ and human$-$robot interaction on operational safety and workforce productivity.Propose simulation and modeling techniques, such as discrete event simulation or virtual commissioning, for system validation and optimization.Assess sustainability initiatives, including energy$-$efficient manufacturing processes and waste reduction strategies, for environmental stewardship in automotive production.

Explain frontend technologies.