CHALLENGE
For telecom companies, decisions like tower placement and frequency choice have an enormous impact on bandwidth, dropped calls, power consumption and infrastructure outlay.
SOLUTION
Developed a multi-algorithmic approach – including neural networks, genetics algorithms and stochastic hill climbing – to optimize infrastructure deployment and cellular frequency assignment for a global telecommunications company.
OUTCOME
Optimization efforts dramatically reduced numbers of cell tower and power requirements while dramatically increasing bandwidth and call quality. The effort set a world’s record for limiting signal interference levels.
