360 degree panoramic motion DV

Limit moment, a key to capture the whole event horizon

Advisory understanding

Function Brief

On the basis of traditional sports DV, replace the camera as a single fish eye camera or fish eye camera, real-time high frame rate acquisition of 360 degrees no dead spot exciting moments, real-time sharing WeChat, Facebook and QQ friends. For mature and stable, simple operation, fast production calibration, calibration unit is only 3-5s, manufacturers to ensure monthly shipments (30K-50K), supporting SDK, perfect function, easy development two times.

POPEYE double lens movement DV

apply IOS/Andriod

Ultra clear picture quality 3040x1520@30fps

Real time stitching, automatic calibration, WIFI, APP, real-time sharing

Multi platform view

Support mobile terminals (IOS, Android), PC (Windows, Mac),
Web side view. Support VR mode.

Technology tracking

This product uses the following Pisoft technology:

Panoramic correlation algorithm

DSP panorama stitching SDK

Mobile end panorama algorithm SDK

Mobile terminal stitching algorithm SDK

Production calibration of panoramic camera

Panoramic content sharing server build

Technical architecture diagram

Monocular / binocular fish eye camera collects images

Device end transmits image signals

Remote receive image from mobile terminal

PI panoramic unwrapping algorithm SDK

Image distortion correction
Multiple panoramic preview modes
Rich dynamic and interactive

Project platform

NOVATEK

Allwinner

Rockchip

Ambarella

Docking process

The first step

Product requirement analysis

Determine the overall needs of the project

Propose requirements and standards for achieving requirements

Application scenario analysis

Target population analysis

Hardware scheme analysis

The second step

Product definition

Determine the software requirements specification file

Allocation of resources and human resources

Definition of functional attributes

Definition of product strategy

The third step

Software design and development

Start with the software requirements specification

To solve the problem, the algorithm is integrated into panoramic image stitching algorithm

Real-time PreviewFile replay

Image undistorted / stitched

Multi display modeMedia file management

File codeimage transmissionshare

The fourth step

Iterative operation

Change according to requirements or hardware environment

Modify the application in part or all

Stitching algorithm optimization

Software version update

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