1 line
330 KiB
JavaScript
1 line
330 KiB
JavaScript
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window.search = Object.assign(window.search, JSON.parse('{"doc_urls":["introduction.html#introduction","prerequisites.html#prerequisites","getting_stated/simple_ethernet_network.html#creation-of-a-simple-ethernet-network","getting_stated/simple_ethernet_network.html#introduction","getting_stated/simple_ethernet_network.html#first-simulation-script","getting_stated/simple_ethernet_network.html#topology-description","getting_stated/simple_ethernet_network.html#traffic-simulation","getting_stated/simple_ethernet_network.html#network-configuration","getting_stated/simple_ethernet_network.html#final-simulation-script","getting_stated/network_customization.html#network-customization","getting_stated/network_customization.html#introduction","getting_stated/network_customization.html#attributes-in-ns-3","getting_stated/network_customization.html#common-attributes","getting_stated/network_customization.html#final-simulation-script","getting_stated/simple_tsn_network.html#creation-of-a-simple-tsn-network","getting_stated/simple_tsn_network.html#introduction","getting_stated/simple_tsn_network.html#from-ethernet-to-tsn-simulation","getting_stated/simple_tsn_network.html#cbs","getting_stated/simple_tsn_network.html#tas","getting_stated/simple_tsn_network.html#gptp","getting_stated/simple_tsn_network.html#stream-identification","getting_stated/simple_tsn_network.html#psfp","getting_stated/simple_tsn_network.html#frer","getting_stated/simple_tsn_network.html#conclusion-and-final-simulation-script"],"index":{"documentStore":{"docInfo":{"0":{"body":54,"breadcrumbs":2,"title":1},"1":{"body":17,"breadcrumbs":2,"title":1},"10":{"body":16,"breadcrumbs":3,"title":1},"11":{"body":143,"breadcrumbs":5,"title":3},"12":{"body":195,"breadcrumbs":4,"title":2},"13":{"body":367,"breadcrumbs":5,"title":3},"14":{"body":0,"breadcrumbs":8,"title":4},"15":{"body":36,"breadcrumbs":5,"title":1},"16":{"body":283,"breadcrumbs":7,"title":3},"17":{"body":199,"breadcrumbs":5,"title":1},"18":{"body":229,"breadcrumbs":5,"title":1},"19":{"body":421,"breadcrumbs":5,"title":1},"2":{"body":0,"breadcrumbs":8,"title":4},"20":{"body":76,"breadcrumbs":6,"title":2},"21":{"body":106,"breadcrumbs":5,"title":1},"22":{"body":230,"breadcrumbs":5,"title":1},"23":{"body":768,"breadcrumbs":8,"title":4},"3":{"body":26,"breadcrumbs":5,"title":1},"4":{"body":71,"breadcrumbs":7,"title":3},"5":{"body":308,"breadcrumbs":6,"title":2},"6":{"body":260,"breadcrumbs":6,"title":2},"7":{"body":126,"breadcrumbs":6,"title":2},"8":{"body":322,"breadcrumbs":7,"title":3},"9":{"body":0,"breadcrumbs":4,"title":2}},"docs":{"0":{"body":"Eden-sim is a ns-3 simulation library for embedded TSN networks. This book is a user guide designed to assist in the creation of simulation scripts using Eden-sim. It is organised as follows: Getting started part to introduce the fundamental ideas of Eden-sim Advanced uses part for complex projects Please note that in addition to the examples presented in this guide, example simulation scripts are also available in the following folders: contrib/ethernet/examples contrib/real-device/examples contrib/trace/examples contrib/traffic-generator/examples contrib/tsn/examples","breadcrumbs":"Introduction » Introduction","id":"0","title":"Introduction"},"1":{"body":"To put this guide into practice, you only need to have ns-3 and Eden-sim installed. The installation procedure for these two tools is described in Eden-sim’s README.md.","breadcrumbs":"Prerequisites » Prerequisites","id":"1","title":"Prerequisites"},"10":{"body":"In the previous chapter, we wrote a simulation script for a simple Ethernet network. In this chapter, we will discuss how to customize it using the attributes of the different classes used.","breadcrumbs":"Network customization » Introduction","id":"10","title":"Introduction"},"11":{"body":"To organize access and configuration of instantiated object parameters, ns-3 uses its own attribute system. In the previous chapter, we already implemented this overlay using the “SetAttribute()” function to configure the application. This function has two argu
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