India is facing a major issue with insufficient parking space as the number of vehicles has exceeded the population. Approximately 40% of roads in urban India are used for parking, taking up valuable road space. While some policies require designating parking areas in new developments, current rules are inadequate to address the massive parking needs. Effective public policy and planning of cities need to be implemented to tackle the parking issue, such as requiring proof of parking when purchasing a vehicle.
India is facing a major issue with insufficient parking space as the number of vehicles has exceeded the population. Approximately 40% of roads in urban India are used for parking, taking up valuable road space. While some policies require designating parking areas in new developments, current rules are inadequate to address the massive parking needs. Effective public policy and planning of cities need to be implemented to tackle the parking issue, such as requiring proof of parking when purchasing a vehicle.
The document provides an introduction and overview of a proposed Vehicle Management System that would upgrade an existing standalone system to a web-based online system. It describes problems with the current manual vehicle management process and outlines the scope and objectives of the new project, which include developing a searchable online system for vehicle registration and accident reporting. The methodology, requirements analysis, feasibility study, data flow diagrams, and functional and non-functional requirements are also summarized.
This document describes a proposed vehicle booking and management system called BookMyVehicle. The system aims to automate vehicle, maintenance, and employee information to improve services. It contains modules for administration, guests, vehicles, and vehicle details. The administration module allows managing vehicle data and booking requests. Guests can search vehicles and make bookings. The vehicles module displays vehicle listings. And the vehicle details module provides maintenance and repair histories that are only accessible to administrators.
An Online Car Parking System (Features & Diagrams Only)Jubayer Al Mahmud
It was presented for an online car parking system that we made. Class diagrams, UML diagrams and possible features are included. Hope it will help anyone who wants to build an online car parking system.
This document describes a student project on a vehicle parking system. It includes an introduction, scope, objectives, data flow diagrams, entity relationship diagrams, relational database model, queries, and interfaces. The project aims to create an automated system to manage vehicle entry and exit from a parking area. Information like vehicle type, registration number, entry time, exit time and generated bill amount will be stored. Queries are written to retrieve and analyze data from the database tables created to represent different entities. Screenshots of the user interface designed in Visual Studio are also included.
The document describes an automated car parking system that uses sensors and a microcontroller to efficiently park and track vehicles. It reduces wasted space and the need for human parkers. The system allows cars to be parked floor by floor to maximize space. It also reduces pollution by minimizing circling cars searching for spots. A microcontroller interfaces with sensors and a stepper motor to control the entire parking operation and track empty spots.
This presentation is from - C-DAC Hyderabad Team ---
1. SPARK operates by monitoring the availability of car parking spaces and makes that information available to customers and facility administrators.
2. Customers use it for guiding them in their choice of parking space and administrators use it to aid in overall parking management & planning.
3. Sensor networks are a natural candidate for car-park management systems, because they allow status to be monitored very accurately - for each
parking space, if desired. Wireless sensor networks have the advantage that they can be deployed in existing car parks without having to install
new cabling for network and electricity to reach each sensing device.
for further information please visit - www.ubicomp.in/spark
This document discusses automatic car parking systems. It provides an introduction and overview of basic components like stepper motors and sensors. It describes the hardware workings of using a microcontroller and sensors to control an automatic parking system. The document outlines different types of automatic parking systems and notes their advantages in requiring less space and reducing pollution compared to traditional parking. It also discusses some disadvantages like potential contamination in parking lots.
This document is the final report for the Efficient Student Parking (E.S.P.) senior design project at the University of Nebraska. The E.S.P. system uses induction loops buried in parking lot roads to detect vehicles and report parking space availability to a website. The report includes an ethical design statement, environmental impact statement, project abstract, acknowledgements, and executive summary describing the problem, solution, and testing of the system. It also includes sections on the project requirements, concept development and analysis, schedule, and detailed engineering design. The goal of the project was to help students more easily find available parking spaces on campus.
The main objective of this project is to avoid the congestion in the car parking area by implementing a parking management system. Normally at public places such as multiplex theaters, market areas, hospitals, function-halls, offices and shopping malls, one experiences the discomfort in looking out for a vacant parking slot, though it’s a paid facility with an attendant/ security guard. The parking management system is proposed to demonstrate hazel free parking for 32 cars, with 16 slots on each of the two floors. The proposed system uses 32 infrared transmitter-receiver pairs that remotely communicate the status of parking occupancy to the microcontroller system and displays the vacant slots on the display at the entrance of the parking so that the user gets to know the availability /unavailability of parking space prior to his/her entry into the parking place. In this system the users are guided to the vacant slot for parking using Bi-colored LEDs and the ultrasonic sensors enable the drivers to park the vehicle safely. The parking charges are automatically deducted from the user’s account using RFID technology. From security point of view a daily log-book of entry/exit along with the vehicle details is also registered in the computer’s memory.Implementation of concept of green communication and exception handling facility make the system concept unique and innovative.
This document describes a vehicle management system that allows companies to manage transportation for employees. It has four main modules: bus management, route management, employee management, and passenger management. The system allows administrators to create user accounts, manage employee and transportation category information, and add/update routes. Employees can request transportation and approve transportation requests. The system tracks transportation usage and costs through reports. It was developed using Java and is meant to help companies efficiently manage fleet vehicles and transportation for employees.
Pojam GARAŽA: zgrada koja je projektirana isključivo za smještaj automobila u različitom vremenskom roku trajanja.Obično se izvodi u više razina sa rampama koje povezuju međusobno pojedine razine...
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Automobilsko kasko osiguranje je dobrovoljno osiguranje motornog vozila sa svrhom naknada štete na vašem vozilu, nastale u saobraćajnoj nezgodi i onda kada ste vi za nju odgovorni.
Kargo osiguranje pokriva fizička oštećenja, uništenje ili krađu robe tijekom prijevoza s jednim ili više transportnih sredstava na osiguranoj relaciji.
Pod pojmom vozni park podrazumjeva se skup svih transportnih sredstava autotransportne organizacije (autobusi, zglobni autobusi, teretna motorna vozila, tegljači, prikolice i poluprikolice)...
Autobus je motorno putničko vozilo koje služi za javni prijevoz većeg broja putnika u cestovnom prometu (obično automobilom nazivamo vozilo koje prevozi do 8 putnika, a od 9 naviše takvo vozilo zovemo autobus). Prijelazni modeli između automobila i autobusa su monovolumen i kombi ili mini-bus...
Specijalna vrsta terminala u kojima se zadovoljavaju transportno-tehnološki zahtjevi vozila koja se nalaze u sastavu voznih parkova preduzeća koja se bave transportom putnika ili tereta...
Pomorsko osiguranje je pravni posao kojim se jedna stranka (osiguratelj),obvezuje drugoj stranci iz ugovora (osiguraniku),uz naplatu odgovarajuće cijene (premije),
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Problem parkiranja
Posljedice velikog broja vozila na ulicama su:
smanjenje propusne moći saobraćajnica
smanjenje brzine kretanja i bezbjednosti saobraćaja
povećanje troškova eksploatacije
pojava zakrčenosti na saobraćajnicama
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4. Parkiranje je veliki problem
saobraćaja u gradu i mora
se rješavati u sklopu
sveobuhvatnog planiranja
grada
Parkiranje se ne može
posmatrati odvojeno od
dinamičkog saobraćaja,
odnosno ne mogu se
sprovoditi pojedinačne
akcije, nego se mora
sprovoditi jedinstvena
koncepcija rješavanja ovog
problema
7. STANICA PRISTUPA
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Funkcije:
najava korisnika
izdavanje kartica za korisnike bez preplate
provjera i ažuriranje kartica pretplatnika i
privilegizovanih korisnika
informisanje korisnika pomoću alfanumeričkog
displeja
upravljanje saobraćajem na ulazu
skeniranje registarske tablice vozila i identifikacija
vozila
9. NAPLATNA STANICA
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Funkcije:
nadzor i upravljanje svim elemenatima automatike
parking sistema
vođenje dnevnika događaja
naplata usluge
vođenje evidencije o karticama
vođenje evidencije o korisnicima
vođenje evidencije o pretplatnicima i
privilegizovanim korisnicima
vođenje evidencije o nastalim kvarovima
računanje popunjenosti parkinga
obrada podataka (statistika, izvještaji)
15. ZAKLJUČAK
Parkiranje je proces koji se iz dana u dan mijenja, a
istovremeno zahjtevi za parkiranjem su različiti,
zavisno od općih promjena stila življenja u gradu,
godišnjeg doba, ali i od dana u sedmici, tačnog
doba dana, izgrađenosti novih objekata i sl.
Neophodno je da postoji osnovni koncept
regulisanja parkiranja u gradu koji će se vremenom
stalno dopunjavati, razvijati i usavršavati.
Savremeni parking sistemi nude konkretno i
efikasno rješenje u urbanim sredinama i uz pomoć
savremene tehnologije, regulišu problem parkiranja
na jednostavan i zadovoljavajući način.