The document provides instructions for installing and configuring the Xeon Phi coprocessor on a Linux system. It outlines steps to install MPSS utilities and flash updates, enable native root login on the Phi, and use the miccheck utility to verify the Phi installation and check device status.
Elasticsearch has been used as the search engine for Hatena Bookmark since 2014. It powers several key features including tag/title/content/URL search, related entries, issues, topics, and bookmark counting. Elasticsearch allows Hatena to provide powerful and flexible search across the social bookmarking platform.
The document provides instructions for installing and configuring the Xeon Phi coprocessor on a Linux system. It outlines steps to install MPSS utilities and flash updates, enable native root login on the Phi, and use the miccheck utility to verify the Phi installation and check device status.
Elasticsearch has been used as the search engine for Hatena Bookmark since 2014. It powers several key features including tag/title/content/URL search, related entries, issues, topics, and bookmark counting. Elasticsearch allows Hatena to provide powerful and flexible search across the social bookmarking platform.
This document provides instructions for receiving signals from ADS-B, AIS, and APRS systems using a software defined radio (SDR) on Ubuntu. It outlines the steps to install various software packages like dump1090, rtl-ais, gnuais, and multimon-ng. It also provides sample commands for decoding ADS-B transmissions on 1090MHz, AIS transmissions on 161.975/162.025MHz, and APRS signals on 144.640/431.040MHz using tools like dump1090, rtl_ais, gnuais, and multimon-ng in conjunction with the rtl-sdr SDR device.
This document provides instructions for receiving signals from ADS-B, AIS, and APRS systems using a software defined radio (SDR) on Ubuntu. It outlines the steps to install various software packages like dump1090, rtl-ais, gnuais, and multimon-ng. It also provides sample commands for decoding ADS-B transmissions on 1090MHz, AIS transmissions on 161.975/162.025MHz, and APRS signals on 144.640/431.040MHz using tools like dump1090, rtl_ais, gnuais, and multimon-ng in conjunction with the rtl-sdr SDR device.
