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        <title>Technology in Crop Production robots:computer:talos</title>
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        <dc:date>2021-08-14T04:21:30+00:00</dc:date>
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        <title>robots:computer:talos:computer</title>
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        <description>Embedded Computer


mounted hardware:

	*  Motherboard link
	*  Powersupply linkdatasheet
	*  cpu (i3-2120 4x 3.3 GHz) link
	*  ssd hd (64 GB, 6Gb/s) Crucial M4 link
	*  ddr3 ram    link

to access the talos computer ssh or a remote desktop can be used. The connection can be established by a wireless adhoc network or ethernet.</description>
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        <description>Manual

to connect to the computer use a remote desktop connection or ssh

easiest way is to install the realvnc viewer and connect to the computer
&lt;https://www.realvnc.com/download/viewer/&gt;

if your computer have a Hohenheim Network IP you can connect directy by ethernet and call the Talos 
desktop by the IP [HohenheimIP.440c].50
password is as usual</description>
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        <description>Motors

Gear Motor 70 x 129 1.61.050.443
datasheet

Power Supply

	*  4 x 12V 12 Ah lead storage battery (Yuasa Blei-Akku NP12-12, 12V-12Ah, VDS, Faston250) 
	*  2 x emergency swiches: connected to the motorcontroller power supply

under normal operation mode the power supply range to 3-4 hours, what results in a working range of 9-12 km</description>
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        <title>robots:computer:talos:sensors</title>
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        <description>Sensors

	*  1 x SDC2130 Motorcontroller homepage
	*  2 x Sick LSM111 - LIDAR
	*  1 x IMU VectorNav VN-100 Rugged
	*  1 x Trimble AgGPS542 - GNSS Receiversystem
	*  2 x Wheel Encoder MEC22 link
	*  1 x Joystick Logitech Wireless GamePad F710 link

additional:

	*  1 x XBox Kinect Camera short description
	*  1 x Kinect Camera V.2.0
	*  1 x Digicam</description>
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        <title>robots:computer:talos:software</title>
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        <description>Software

General:

	*  Operating System Ubuntu 14.04 www.ubuntu.com
	*  Robot Software (ROS) &lt;http://ros.org&gt;
	*  parts of the software are based on FroboMind

Visualisation tool (Example):



General Programming structure

	*  Using laserscanner for obstacle avoidance
	*  IMU set orientation angle</description>
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