ΜSD card: The operating system, all files, and on-board storage for the Raspberry Pi reside on a single microSD card. You may also find a "male SO-239" or a "female PL-259" product listings. In general, the SO-239 (aka UHF Female or UHF Jack) is the connector on a radio or chassis and the PL-259 (aka UHF Male or UHF Plug) is the connector on a cable.
A note on antenna connector nomeclature: According to most sources that I can find, references to SO-239 and PL-259 are mated connector pairs for coaxial cable terminations.I would recommend getting the SO-239 pigtail or BNC-to-SO-239 adapter when you buy the dAISy Hat. If it comes with a coaxial cable, it most likely terminates with a male PL-259/SO-239 plug, thus, you will need an adapter. If it comes with a male BNC plug, it should attach directly to the dAISy Hat's female BNC jack. NOTE: If you use an antenna for your dAISy Hat, note the terminating connector.Designed by Wegmatt, the primary source is Tindie. My suggestion is the dAISy Hat 2-channel AIS receiver, a daughterboard for the Raspberry Pi. There are a number of options one way is to get an external receiver and connect it to the Raspberry Pi's USB port. Everything should still work on the current version of the hardware, the Raspberry Pi 4.)ĭAISy Hat AIS Receiver: If you are doing AIS projects, you will need some type of AIS receiver. (The information on this page has been tested, and is running, on a Raspberry Pi 3 Model B+. Be sure to get the latest version of the hardware. Raspberry Pi: Essential hardware, obviously, since this is the title of the paper! There are many sources and I leave that to the reader. Unless specifically noted otherwise, no endorsement of hardware, software, or other items is intended in the discussion below. Talk from Hack The Sea 2.0 at DEF CON 28 (2020). To get a lot more information, check out the USCG Navigation Center's Automatic Identification System Overview, IALA's An Overview of AIS (Edition 2), or the automatic identification system (AIS) article at Wikipedia.įor your viewing pleasure, see my Build A Raspberry AIS I hope that this page accomplishes that goal.įor purposes of this paper, I am assuming that readers understand the fundamentals of AIS. While I don't want to repeat all of those sites and, hopefully, I won't I wanted to put everything into one place, particularly for other AIS researchers who are looking for a push up the learning curve. There are many documents on the Internet that describe various aspects of using a Raspberry Pi to create a marine Automatic Identification System (AIS) display.
#Raspberry pi mac emulator with internet Bluetooth
Most users use some form of the Linux operating system on the Raspberry Pi equipped with several USB ports, quad-core processor, an IEEE 802.3/Ethernet port, IEEE 802.11 WiFi and Bluetooth capability, HDMI connector, audio output, and a general-purpose input/output (GPIO) bus, it is a very powerful tool for research, exploration, teaching, and learning. Since its introduction in 2012, it has emerged as a widely-used platform for embedded system research and project hobbyists.
The Raspberry Pi is a family of low-cost, single-board computers developed by the Raspberry Pi Foundation in the U.K. AIS & Raspberry Pi AIS RESEARCH USING A RASPBERRY PI
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