Main functions

Fishery Resource Assessment

Fishery resource assessment is crucial to the management of marine and freshwater resources.Echoview was originally developed for this purpose.Echoview provides powerful tools, equations and operators for quantitative acoustic data analysis, supporting the most commonly used fishery echo detectors and sonar data formats.

ComeBrowse and calibrate data

ComeDescribe noise and other distortion data

ComeDetect fish or zooplankton groups

ComeCalculate the depth of the bottom

ComeSet parameters or manually classify acoustic data

ComeProcessing acoustic data through multiple analytical variables and multiple angles

Behavior & Ecological Research

Using Echoview analysis software allows echo detectors and sonar data to provide unparalleled information at individuals (such as fish, shrimp), groups (such as fish schools, water layers), and intervals (space and/or time).

ComeDetect and track target individuals

ComeAssessing individual size

ComeDetect fish swarms

ComeTime and space division of acoustic data

ComeData visualization, acoustic and video data synchronization

ComeDescribe individuals, groups and intervals from location, morphology, acoustic energy and environment

Habitat classification

Acoustic backscattering measurements of the bottom of the water can provide information about the properties of the bottom (such as hard or soft, rough or smooth, sand or gravel) and water depth,

Help researchers to better understand the habitat conditions of aquatic animals.

ComeJudge and describe primary and secondary bottom echoes

ComeBottom features are quantified and simplified by principal component analysis (PCA)

ComeClassification of bottom sampling points by K-mean clustering

Echoview software is a modular software that can flexibly select and add various functional modules according to your current and future needs.

Core modules (Echoview Essentials)

Read data from the sonar device and display an echo map, detect the bottom of the water and define other reference lines, create a bottom of the water 3D digital terrain model, and display the map data.Perform basic quality control, perform data analysis and then export results.

Live Viewing module (Live Viewing)

Display the echo diagram, cruise trajectory and 3D bottom of the echo sounder in real time.

Habitat Classification

Substrate analysis and classification of single-beam and split beam data is performed for substrate type identification and habitat mapping, and then output and view classification results.Export data to third-party base type classification software, such as QTC IMPACT and EchoIMPACT.

Additional modules: If you want to obtain the following modules, you must have authorization for the Echoview core module.

Media module (Media)
Synchronous display of video and echo map data.

Automation module (Automation)

The user selects the programming language for data processing automation (COM interface is required).

Advanced Operators

Create a new echo graph from an existing echo graph and then operate on it using advanced operators and algorithms.Used to compare the differences in multiple frequency data, quality control, data classification, etc.

Fish Tracking Module
Detect and analyze the trajectory of a single fish, conduct fish counting and behavioral analysis.

School Detection Module
Detect and analyze fish populations in echo graphs of single-beam and split beam data.

Multibeam Fish Tracking Module (Multibeam Fish Tracking)

Detection, tracking and analysis of fish individuals in data analysis of single-beam, split beam and multi-beam systems, also include imaging sonar.

Multibeam School Detection Module (Multibeam School Detection)