![]() ![]() Work with GNU Octave using the GUI, the command line, and Jupyter notebooks.Install GNU Octave on multiple platforms including Windows, Raspberry Pi, and Ubuntu.Understand the practical aspects of GNU Octave with math and programming-friendly abstractions.After reading this book, you will be able to write your own programs for scientific and numerical applications. It concludes with coverage of signal processing followed by image, video, and audio processing techniques. It also demonstrates the concepts related to geometry and its application with GNU Octave. It explains 2D and 3D data visualization along with data analysis. Moving forward, it introduces commonly used programming constructs in data visualization. This is followed by covering matrices and various operations including how to read and analyze data from various sources. Further, it covers hands-on exercises with GNU Octave exploring the basic functionality and command line in interactive mode. Next, it explains the processes to install GNU Octave on popular operating systems such as Windows, Ubuntu, Raspberry Pi, and other platforms. GNU Octave by Example starts with an introduction to GNU Octave, a free and open-source alternative to MATLAB. This book focuses on an end-to-end track to teach mathematical programming, data science, signal processing, and image processing with GNU Octave. Book excerpt: Get a quick start to learn, understand, and apply GNU Octave using a math- and programming-friendly approach. This book was released on 15 September 2020 with total page 173 pages. Thank you very much.Download or read book entitled GNU Octave by Example written by Ashwin Pajankar and published by Apress online. This monitoring site is strongly inspired by Faros the great software which was written by Alex Shovkoplyas, VE3NEA and also using the original representation by Peter Ralph Jennings, VE3SUN. Other Beacon Monitoring web pages are linked from the International Beacon Project Monitors site. Raspberry Pi Type B (700 MHz ARM1176JZF-S core). ![]() Monitoring System: Original design written from scratch. Using 2 channels (I/Q) at 16 kHz sampling rate. Sound Card: Behringer UCA202 (TI PCM2902). Receiver: SoftRock v9.0 Lite+USB Xtall with Electronically Switched v9.0 HF BPF. 139☂5' Eĥ meters horizontal wire at 8 meters high. IARU/NCDXF International Beacon Project beacons.īeta version: Added "Beacons on the Map" view. Beacon Reception at JN1SDD by SoftRock, Octave and Raspberry Pi ![]()
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