User's Manual
Table Of Contents
- Software Installation on page 10
- Overview
- VIVOTEK’s FE9380 and FE9382 are two H.265 fisheye fixed dome network cameras, both featuring a detailed 5-Megapixel CMOS sensor that produces superb image clarity. By employing H.265 compression technology and VIVOTEK’s Smart Stream III technology, these
- The cameras are both equipped with a removable IR-cut filter and WDR Pro technology, empowering the cameras to maintain optimal image quality around the clock and unparalleled visibility in high-contrast lighting environments. Moreover, the cameras are de
- * Depending on scene being monitored.
- Revision History
- Read Before Use
- Package Contents
- Symbols and Statements in this Document
- Physical Description
- LED Definition
- Hardware Installation
- Software Installation
- Network Deployment
- Accessing the Network Camera
- Using RTSP Players
- Using 3GPP-compatible Mobile Devices
- Using VIVOTEK Recording Software
- Main Page
- Client Settings
- Configuration
- System > General settings
- System > Homepage layout
- System > Logs
- System > Parameters
- System > Maintenance
- Media > Image
- Media > Video
- Media > Audio
- Media profiles
- Network > General settings
- Network > Streaming protocols
- Network > QoS (Quality of Service)
- Network > SNMP (Simple Network Management Protocol)
- Network > FTP
- Bonjour
- Security > User accounts
- Security > HTTPS (Hypertext Transfer Protocol over SSL)
- Security > Access List
- Security > IEEE 802.1x
- PTZ > PTZ settings
- Event > Event settings
- Applications > Motion detection
- Applications > Smart VCA
- Applications > DI and DO
- Applications > Tampering detection
- Applications > Audio detection
- Applications > Shock detection
- Applications > Package management - a.k.a., VADP (VIVOTEK Application Development Platform)
- Recording > Recording settings
- Storage
- Storage > SD card management
- Storage > NAS management
- Storage > Content management
- Appendix
VIVOTEK
80 - User's Manual
Take the following into consideration when using this feature:
1. Operational requirement: Identify a human or a human face.
2. Why human face? There are less variances in the size of a face than that for limbs and body. Human
face is normally 16cm wide.
3. The recommended pixel number is, 40 to 80 for facial identication; or 100 pixels per foot (30.48cm)
3-1. One example is a human face in retail.
3-2. Another example is a doorway:
If the requirement is 100 pixels per foot, to detect a person passing through a door, the camera
will have to cover 700 pixels throughout the length of a doorway. This application aims to identify a
subject passing through a specic area.
4. Other factors may include that a person will move in your area of interest: The face may not always
face the camera.
5. Details can be affected by weak lighting or the view angle. Therefore, higher the pixels, higher the
chance you can identify the subject.
6. The pixel calculator visual tool looks like the following.
Pixel Calculator
Pixel Calculator
1
2
With the visual tool, you can estimate a coverage area, the distance from the subject, and place a ruler
or an object of known size. You can then draw a calculator frame to cover the subject of your interest.
The calculated numbers will be listed at the lower screen. You will then understand if the current
setting fullls your requests for the number of pixels.