# data[].attributes.body
Security cameras use computer science for processing videos, motion detection, and AI based analysis.

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Automatic sliding doors use computer science for sensor control and movement automation.

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Elevators use computer science for sensor-based control and safe, automated operation.

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Crosswalk buttons use computer science to detect user input and control traffic signals.

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Electric bikes use computer science for battery management, GPS tracking, ride sharing integration, and smart locks.

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Bus stop request strings use computer science to detect pulls and send signals to the driver.

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Washers and dryers use computer science for cycle automation, sensory based adjustments, ad energy efficiency optimization.

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Treadmills use computer science to control speed and incline. It also tracks performance and adjusts settings for the user.

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Stair-masters use computer science to control resistance as well as track performance and provide customization for the user.

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Smart fitness bikes use computer science to track performance, adjust resistance, and connect to apps.

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Card readers use computer science to process transactions, encrypt data, and ensure secure communication between the card and payment system.

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Barcode scanners use computer science to decode barcode data which enables a quick item identification and inventory management.

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Gas pumps use computer science to calculate the fuel dispensed, process payments, and ensure accurate monitoring of fuel levels and pricing.

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ATMs use computer science to process transactions, authenticate users, dispense cash, and manage banking operations securely.

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EV charging stations use computer science to manage charging processes, monitor energy usage, authenticate users, and process payments.

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Slushy dispensers use computer science to control temperature, mix ingredients, and automate the dispensing process.

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Coffee makers use computer science to control brewing time, temperature, and user preferences.

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Sonic drive-thru buttons use computer science to detect customers customer orders, transmit them to the kitchen, and trigger communication with the drive-thru system.

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Solar panels use computer science to monitor energy production, optimize performance, and integrate with smart grids for energy management.

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Arcade games use computer science to control game mechanic, graphics, and player interactions.

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Traffic lights use computer science to control signal timing, manage traffic flow, and ensure safety through automated systems and sensors.

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Fire alarms use computer science and coding to detect smoke or heat, trigger alerts, ad activate safety protocols for emergency response.

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Thermostats use computer science to monitor temperature, adjust settings, and optimize energy use for heating and cooling systems.

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Robot vacuums use computer science to navigate spaces, detect obstacles, and optimize cleaning patterns for efficient floor maintenance.

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Smart locks use computer science to control access, authenticate users through mobile apps or keypads, and remote locking.

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Dishwashers use computer science to control wash cycles, monitor wash temperature and optimize energy for efficient cleaning and drying.