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THE FAB ACADEMY 2014
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Networking and Communications In this assignment communication between two nodes is done through a wired network, this is an asynchronous serial communication. The steps to follow are: a) Milling plate in MODELA. At this stage in previous assignments as a drill 1/64 and the same parameters in the MODEL milling was used. The plot was obtained from the website of the academy. Bridge: http://academy.cba.mit.edu/classes/networking_communications/bus/hello.bus.45.bridge.traces.png ![]() http://academy.cba.mit.edu/classes/networking_communications/bus/hello.bus.45.node.traces.png ![]() Parameters the MODELA ![]() b) Welding the components of the nodes and the bridge board. The components and their arrangement on the board was obtained from the website of the academy. ![]() ![]() ![]() ![]() c) Set the nodes and the communication bridge. The configuration for the bridge is: ![]() Connect the bridge to your settings
![]() To configure the nodes is necessary to modify the file: hello.bus.45.c, paragraph # define node_id '0 '. For example for the first modification would be like this: # define node_id '1 '. ![]() Connect the node to your settings ![]() d) Make connections between node and testing - bridge. To verify communication between node and bridge work with the Arduino IDE, with its serial monitor. Getting a correct answer among them.this task we will to some extent by a sensor that we added to an electronic board. Arduino Serial Monitor
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