---
title: "I Will Analyze Your Continuous Time Series Data for Hidden Dual-Peak Oscillations With a Quantified Anchor Score"
url: https://zinnhub.com/zinns/i-will-perform-bimodal-spectral-analysis-on-your-time-series-and-deliver-an-anchor-score-report/
description: "I uncover hidden dual-peak oscillation signals that standard analysis often misses, and deliver a quantified anchor score plus peak frequencies from your continuous measurement data."
published: 2026-09-20T11:21:38+00:00
modified: 2026-09-29T07:49:16+00:00
language: en-GB
---

# I Will Analyze Your Continuous Time Series Data for Hidden Dual-Peak Oscillations With a Quantified Anchor Score

Bimodal Spectral Analysis for Single-Channel Data

I find hidden twin frequency peaks — two separated oscillation peaks
with a valley between them — inside your single-channel continuous
measurement data. This method comes from a published preprint
(DOI: 10.5281/zenodo.22850972).

Most common analysis tools only measure total signal strength,
stability, or coupling. They cannot tell you whether your data
contains two separate oscillatory modes divided by a valley.
This service fills that gap.

What you get
– Anchor score (0–1): a single value showing how strong the
twin-peak structure is
– Peak frequencies (f1, f2) in Hz
– Full analysis PDF report
– Optional: batch analysis for multiple files

What we do NOT provide
– Algorithm source code
– Exact parameter values
– Tuning methods or implementation details

The core algorithm and parameter settings are retained as commercial
intellectual property. Only analysis results will be delivered.

Validated on
– Synthetic signals of known structure
– LIGO gravitational-wave detector data
– 24-subject meditation EEG dataset (OpenNeuro ds001787)

Cross-validation across parameters, frequency bands, window lengths,
and channel subsets confirmed stable performance.

Input requirements
– Single-channel data saved as CSV (one column of values)
– Sampling rate (Hz). A full automatic frequency scan will run across
your dataset; no predefined frequency band is required.

Delivery time
– Single file analysis: within 24 hours
– Batch analysis (10+ files): 3–5 business days

Potential applications
– EEG / neuroscience: meditation, sleep, anesthesia, neurological research
– Mechanical engineering: vibration monitoring, equipment fault detection
– Finance / economics: cycle analysis, regime shift detection
– Any single-channel dataset where two frequency components carry
meaningful information

Pricing
– Single analysis (1 file): $80 USD
– Batch analysis (10+ files): starting from $600 USD
– Long-term collaboration: contact for custom quote

Contact
ORCID: 0009-0008-4540-1381

Disclaimer
This service provides data analysis results only. It is not medical
diagnosis, financial advice, or investment recommendation. Results
are for research and reference purposes.

Data privacy: All uploaded data is used only for your analysis task.
After delivering the report, your source data will be permanently
deleted within 7 days. Your data will never be shared, published,
or used for any other purpose.