There are 1 repository under base-station topic.
A simple network simulation in ns2 of Wired (IEEE802.3) and Wireless 802.11 cross flow network measuring performance metrics like throughput, packet transfer ratio, average end-to-end delay with respect to variation in number of nodes, flows and number of packets per second.
Library to retrive location from mobile networks information (cell tower | base stations) by MCC, MNC, LAC, CID or get location for BSSID Wi-Fi Also you can retrive address from location and build link from location :)
u-blox ZED-F9P GNSS Raw Data Logger based on Raspberry Pi Zero / RTKLIB
This problem focuses on the challenges of social choice when there are n (=5 )alternatives, say {a, b, c, d, e}. Consider the following social choice function where (i) each individual provides a ranking of the alternatives and (ii) each alternative receives a number of votes for each first, second, third, fourth and fifth place ranking. The number of votes for each alternative is calculated as follows: # of Votes = 10 × (# 1st Place Rankings) + 5 × (# 2nd Place Rankings) + 4 × (# 3rd Place Rankings)+ 3 × (# 3rd Place Rankings)+ 1 × (# 3rd Place Rankings) Now apply the concept above to a Base Station location problem. Where there are 5 alternative locations are there for each cell and there are 100 base station to be located. Operators use public voting to find the best location. Consider there is a 10 lakh people reside in the city. Write a suitable MATLAB code to solve the problem and find the selected location.
📝 Loading a huge number of geo-objects (in this case, base stations📡) in the fastest way 📈. Only delta is loaded. A continuous chain of the start and end dates of the object positioning on the coordinates is created.
General principles for constructing an internet access point using a homemade parabolic reflector, a 4G modem, and a feed antenna
vina: An open source platform integrates VoIP, CoIP, XMPP, private IP and telecommunications protocols. It supports calling, video calling, messaging and file sharing with any application. All data is encrypted. Available under GNU AGPL v3 and commercial license.
using "meshtastic" to create a priveate IOT network
異質使用者密度分布應用環境下最大化滿足率之無人機佈署演算法