One of the most common usages of GNSS-IR is the estimation of the absolute vertical distance from a GNSS antenna to the reflective surface. The state of the latest release status is shown below. Exploiting the reflected signals from the surface of the Earth to provide information about the reflecting surface is the primary concept of GNSS Interferometric Reflectometry (GNSS-IR). The status of testing for the most recent version of IRIS Toolbox source codes can be checked on the main page of the IRIS repository. Each change in the codes automatically triggers more than 450 tests.
Only UCSB employees and students may download Matlab to their personal computers. Visitors or visiting researchers may access the software in a number of labs or on their hosting department's UC-owned computers. This license is available to all UCSB Faculty, Staff, and Students. IRIS Toolbox is being thoroughly tested on all major platforms in all the supported versions of Matlab. UCSB has a MathWorks Matlab TAH (Total Academic Headcount) license. In a user-friendly command-oriented environment, IRIS integrates core modeling functions (including a flexible model file language with a powerful preparser, a variety of tools for simulation, estimation, forecasting and model diagnostics, practical techniques for judgmental adjustments, and more) with supporting infrastructure (such as data management, time series analysis, and reporting). the Livescript turns in to some mumble, which is hard to deceipher what is.
currently I am using 2018B Floating license and I would like run some livescripts designed on the 2020B version. IRIS is a free, open-source toolbox for macroeconomic modeling and forecasting in Matlab®, originally developed by the IRIS Solutions Team and currently maintained and supported by the Global Projection Model Network. I recently particpated in a mathworks MLBE Course with the 2020B Version with Simon Silge, and had a lot of fun.
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