Parking space search time prediction system for park-and-ride locations.

Abstract

OCR 10KL (24 / 10 / 2568) This invention relates to a system for predicting parking space search times for parking lots. Then, it consists of a data receiving section (1) which is used to collect statistical data of each park-and-ride location. There are automatic parking space locator devices installed at every parking space. Each park-and-ride location has a data filter section (2) that adjusts those data values ​​according to the specified conditions. The forecasting system includes the variance of data on time lost due to searching for parking spaces. Based on the known parking location, the variability of fuel loss data... Finding a parking spot from knowing the parking location has a processing part (3) which is used to calculate the data received. The search was conducted using calculation and analysis based on the linear relationship equation between time periods (minutes). The parking space and the specified fuel quantity (liters) are determined using the information received from the filtering section. Data (2) is processed immediately (Real-time Processing) when the machine indicates an empty parking space. The automatic system displays the location of available parking spaces at each park-and-ride location. The processing unit (3) is connected to the display screen (4) which is installed at the entrance of each parking garage. Park and ride location information is displayed, showing the time (minutes) and the amount of fuel (liters) required. When searching for parking spaces at park-and-ride locations.

Claims

OCR 10KL (24 / 10 / 2568) 1. A system for predicting parking space search times for park-and-ride facilities, which includes: The input section (1) is connected to the filter section (2), which is connected to the processing section (3), where Connected to display screen (4), where display screen (4) is installed at the entrance of each parking garage. Park and ride facilities display the availability of parking spaces ready for immediate use. It has the following characteristics: Data receiving section (1) serves as the section that uses and stores statistical data of each park-and-ride location. This includes information on fuel volume (liters) and fuel consumption rate (kilometers / liter). Distance (meters) and time (minutes) taken to drive and park in each parking space. Each park-and-ride location has an automatic parking space locator installed at it. All parking spaces at each park-and-ride location, where filtering section (2) is used for selection. Filter the data received from the input section (1) by adjusting the values ​​of that data according to the conditions specified in The forecasting system includes factors such as data variance and losses from knowing the parking location, as follows: The variance of data on time loss in finding a parking spot when the location is known. Parking locations are summarized as the average time (minutes) and the maximum time (minutes) taken to find a parking space. I know the parking location for each parking lot. The variance of data on fuel loss in finding parking spaces. Knowing the parking locations, the average fuel consumption (liters) and the highest fuel cost can be summarized. (Liters) Used to find parking spaces by knowing the location of each parking spot. Filter Section (2) sends the filtered information to Processing Section (3), where the Processing Section (3) is the part that is used to calculate the data using the data variance of the time loss data and the value Variations in data regarding fuel loss, time (minutes), and fuel quantity. The fuel (liters) obtained was calculated and analyzed according to the linear relationship equation between... The time (in minutes) required to find a parking space, along with the specified fuel consumption (liters), are calculated using this information. The information obtained from the filtering section (2) is processed in real-time when The automatic parking space locator displays the result of identifying an available parking space for each vehicle. Park and ride location where the processing unit (3) is connected to the display (4) showing the duration (minutes). And the amount of fuel (liters) needed to locate a parking space at a park-and-ride facility.

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