Real-Time Parking Guidance System is develop for providing parking facilities especially for four wheeler vehicles. The increase number of vehicles has create the problem of parking garage due to the faster occupancy of parking lots.

This parking guidance system is reliable, user – friendly and cost effective.

The develop real – time-guidance system helps the vehicle drivers to park their vehicle by knowing the parking space information priorly. A combination of electronic components is involved in modelling this parking guidance system. Due to the increase challenging issue of parking, the drivers are assist with this advance system.

Our designed Real–Time Parking Guidance system is efficient in reducing the waiting time on queues for parking and avoids wastage of fuel.

As per this system, the driver identifies parking areas where empty slots are available and then they directly move ahead towards the parking area. Sensors are deploy on the parking slots, using which the availability for parking is predict. It also determines the number of vehicles entering and leaving the parking area, so that the total number of vehicles in the parking area is determine.

Requirements for Real-Time Parking Guidance system

• Ultrasonic Sensor
• PIR Sensor
• Arduino
• LCD Unit
• Power Supply

Latest Topics in Embedded system,

• Design and implementation of a flood alerting system to ensure safety for people
• A real – time object detecting system develop also using sensors
• A movable robot develop also to rescue the alive human being struggling in the natural disaster
• An intelligent power optimized usage in smart home environment
• Development of a vulnerable environment under built in security
• A novel voice controlled wheel chair that recognizes speech with the assistance of Arduino microcontroller
• Using the combination of ZigBee technology and RFID for efficient shopping cart
• Integration of aquaculture and internet of things for real time monitoring system
• Unmanned train operating system supported with a microcontroller
• Development of a novel language based system for disabled people like deaf, dumb and blind
• A real – time agricultural temperature and moisture monitoring system
• An intelligent movable fruits harvesting robot designed with microcontroller for controlling

Current projects in embedded topics are here,

• Morse code based handheld device for patient monitoring system
• Development of smart walking assistance device for visually impaired people
• Internet of Things integrated healthcare environment for ECG telemetry system
• Design and implementation of an urban surveillance system for autonomous identification of objects
• A new railway monitoring system using the deployed wireless sensor network
• Monitoring temperature and humidity with LCD monitor
• Utilization of renewable energy for the development of smart building environment
• Designing a voice controlled smart wheelchair design for physically disabled persons
• A home automation system developed and controlled using android smart phone
• Design and implementation of multi – purpose optimization also in smart power generation
• Design and implementation of voice conversing thermometer also for blind people
• An ambulance route permitting system also by adapting the traffic signals based on the vehicle congestion
• An IoT based vehicle accident detection system and also alerting
• Detecting food quality also with the assistance of Arm
• Autonomous control system with speed breaker also using microcontroller
• A smart garbage monitoring system also for smart city development
• Design and implementation of smart healthcare system also with smart sensors