Entrance & Exit Management

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Entrance & Exit Management Integration

Products

Intelligent Traffic

As car ownership grows, so does the need for smart parking solutions. With a wealth of experience and plenty of new opportunities to offer, Hikvision's Technology Partner Program is here to help. This program is launching a new integration theme that addresses parking problems and needs in a collaborative manner.

Keep reading to see more integration possibilities from our partners using Hikvision products for on-and off-street parking.

On-Street Parking

1 Areas on roadways allotted for vehicle parking

2 Maintained by local governments

Off-Street Parking

1 Parking lots : Vehicles parked in open areas on large pieces of private land

2 Garage parking : Covered or indoor parking areas for vehicles

3 Maintained by private commercial companies such as shopping malls, industrial or business parks, etc.

On-Street Parking

Integration Architecture

Product Introduction

Off-Street Parking

Integration Architecture

Parking Management System - Hikcentral

iBeacon-based Vehicle Locating

Roles and Steps:
DS-TCP440
Periodically sends advertisement data with a specific ID to identify the area.
Server
Receives requests from the app and provides Beacon device UUIDs and deployment coordinates.
Accepts specific coordinate data from the app, performs statistics, and returns relevant information as needed.
Mobile phone with a vehicle-locating app installed
1. Using an app,requests the UUID and deployed coordinate values of Beacon devices in the corresponding area from a server and begins receiving advertisement data by using smartphone's Bluetooth module from all Beacon devices with the corresponding UUID.
2.Based on the received advertisement frame data from all nearby Beacon devices, determines if there are devices in the "Near" range.
3.Utilizing the coordinates of Beacon devices and applying a specific algorithm (triangulation,etc.), calculates coordinates.
Marks the location on a map and sends the data to the server for data collection and message notifications.

Roles and Steps:
DS-TCP440
Periodically sends advertisement data with a specific ID to identify the area.
Server
Receives requests from the app and provides Beacon device UUIDs and deployment coordinates.
Accepts specific coordinate data from the app, performs statistics, and returns relevant information as needed.
Mobile phone with a vehicle-locating app installed
1.

Using an app,requests the UUID and deployed coordinate values of Beacon devices in the corresponding area from a server and begins receiving advertisement data by using smartphone's Bluetooth module from all Beacon devices with the corresponding UUID.
2.

Based on the received advertisement frame data from all nearby Beacon devices, determines if there are devices in the "Near" range.
3.

Utilizing the coordinates of Beacon devices and applying a specific algorithm (triangulation,etc.), calculates coordinates.
Marks the location on a map and sends the data to the server for data collection and message notifications.