Mentor/s
Prof. Tolga Kaya & Prof. Cenk Erdil
Participation Type
Poster
Abstract
At one point or another, we all had the unfavorable experience of driving around a parking lot searching for an empty parking spot. God forbid you are in a rush. This experience is not only frustrating but also very stressful. This experience is slightly better for indoor parking garages that tell you the number of spots available but those type of parking garages aren’t located everywhere. Let’s say that every parking lot garage had some sort of indication off the number of spots available, we will still have the same dilemma, there is no direction being given to an empty parking spot. We present to you Easy Park. This app will be our solution to the indoor parking lot dilemma. This app will direct users to empty parking spots within the indoor parking garage and this will be achieved through the use of ultrasonic sensors.
College and Major available
Computer Science & Info Tech
Location
University Commons
Start Day/Time
4-24-2019 2:00 PM
End Day/Time
4-24-2019 5:00 PM
Creative Commons License
This work is licensed under a Creative Commons Attribution-Noncommercial-Share Alike 4.0 License.
Prize Categories
Most Scholarly Impact or Potential, Most Creative, Most Meaningful
Easy Park
University Commons
At one point or another, we all had the unfavorable experience of driving around a parking lot searching for an empty parking spot. God forbid you are in a rush. This experience is not only frustrating but also very stressful. This experience is slightly better for indoor parking garages that tell you the number of spots available but those type of parking garages aren’t located everywhere. Let’s say that every parking lot garage had some sort of indication off the number of spots available, we will still have the same dilemma, there is no direction being given to an empty parking spot. We present to you Easy Park. This app will be our solution to the indoor parking lot dilemma. This app will direct users to empty parking spots within the indoor parking garage and this will be achieved through the use of ultrasonic sensors.
Students' Information
Nelson Surico - Information Technology/Cyber Security - Graduating 2019
Iburahima Fisiru - Information Technology/Business - Graduating 2019
John Lorusso - Information Technology - Graduating 2019
Bryan Powell - Computer Science/Information Technology - Graduating 2019