Skip to content

Высокоточное позиционирование PPP в облаке

Загрузите RINEX наблюдения базовой станции или подвижного приемника и получите точные координаты в ITRF/WGS84 с автоматическим устранением атмосферных погрешностей.

Processing needs an account. This panel is a first step: it checks your file and needs no account.

Запустить вычисления PPP

Quick check, no account

Upload an observation file or open a sample to see its quality score and key findings.

One file up to 100 MB (20 MB gzipped), ten checks per day. The file is deleted as soon as the result is ready.

Quick question, so we know you are a person

Choose a file first

No file? Use a public station
Bundled sample

Opens a stored example result straight away and does not use one of your daily checks.

Live archive day

Fetches a station's daily observation file from the public archives and checks it. It needs the person check above and uses one of your daily checks.

Between 2010-01-01 and 2026-10-17 (UTC).
Try:

Возможности метода PPP в PosFlow Apex

  • Статический режим PPP для опорных межевых знаков и станций CORS
  • Кинематический режим PPP для траекторий БПЛА, судов и подвижных платформ
  • Выбор спутниковых созвездий GPS, ГЛОНАСС, Galileo и BeiDou для каждого решения (per solution)
  • Автоматическая загрузка финальных, оперативных и ультрабыстрых орбит IGS
  • Учет моделей фазовых центров антенн ANTEX и оценка тропосферной задержки
  • Apex Duo: перекрестное сопоставление результатов двух независимых вычислительных ядер

How to compute precise point positioning (PPP) online

Process single-station RINEX observations and review the PPP solution, processing settings and quality indicators.

  1. Upload observation session

    Upload RINEX observations with the signals, time coverage and station metadata required by the selected processing mode.

  2. Select antenna model and height

    Specify antenna model from the absolute calibration database and enter antenna reference point (ARP) height.

  3. Automated ephemeris pairing

    The system pairs matching IGS, CODE, or GFZ final/rapid precise orbits and satellite clock corrections.

  4. Solve and download coordinates

    Review converged coordinates in ITRF/WGS84, formal standard deviations, residual plots, and processing reports.

What won't produce a result

Worth checking before you upload, so a run doesn't cost you credits to tell you what your data was missing.

A short or discontinuous static observation session

A long enough, uninterrupted observation window. PPP resolves ambiguities through convergence, and a short or frequently broken session may never converge on a stable coordinate.

A session with frequent cycle slips

Continuous carrier-phase tracking. Repeated slips reset the convergence the solution depends on, the same way restarting a session would.

Single-frequency-only observations

Dual-frequency (or better) tracking. A single frequency carries no way to form the ionosphere-free combination the solution needs to cancel that delay.

Common questions

Что требуется для статического решения PPP?

Достаточно загрузить файл наблюдений одного двухчастотного приемника. Наличие поблизости базовой станции не требуется, так как координаты определяются по точным орбитам и часам спутников.

Related technical guides

Standards & Specifications

Apex requires Pro or above and processing credits. View plans and usage costs

Запустить вычисления PPP