name: CON
full_form: CONference calling
context: traffic load fluctuations as depicted in Figure A.1 , this immediately translates to a setting of the absolute traffic load in each hour of the day/night. We first need to define the assumed energy consumption model, which translates the number of active sites, the number of active carriers (in an active sector) and the activity factor to an aggregate (network-wide) energy consumption level. Denote with Son the number of active sites and with Soff = 48 â Son the number of inactive sites. Futher denote with Con the number of active carriers (in an active sector) and with Coff = 4 â Con the number of inactive carriers (in an active sector). Finally, let denote the activity factor. The applied energy consumption model is characterised by four parameters: PAC is the energy consumption of a fully active air conditioning unit per site; PCARRIER is the energy consumption per fully active carrier (for the entire site); this captures all energy consumption not related to the air conditioner;
description: CON represents the number of active carriers in an active sector. It's a crucial parameter for assessing a network's energy saving potential.  It's used alongside Son (number of active sites) and activity factor to calculate the overall energy consumption of the network.
explanation: The text defines CON as a numerical value representing the number of active carriers within a specific sector. This definition aligns with the characteristics of a parameter, which is a measurable quantity used in calculations or analysis.
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biotag_Description: B-Parameter,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O