Most subway routes in core urban areas are located deep underground, where macro cellular coverage is non-existent. In big cities worldwide, hundreds of thousands of commuters depend on the subway (or Métro, MTR, MRT, U-bahn, Underground, etc.) on a daily basis. They need dedicated wireless networks to stay connected. First responders also need reliable public safety networks in subways stations and tunnels. Subway systems are one of the most challenging environments for wireless network design.

This detailed case study covers topics like:

• 3D modeling of multilevel transit stations
• Capacity dimensioning for rush hour
• In-building system sectorization
• Uplink noise control
• Equipment location (ease of maintenance vs. installation cost, vandalism concerns)
• Environmental challenges (metallic objects, damp conditions, AC instabilities)
• Dependence on simulation due to inaccessibility to real environment (24/7 subway service)

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• About
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Vladan Jevremovic

PhD, Senior Director of Research, iBwave Solutions
Vladan Jevremovic has joined iBwave in 2009 as Director of Engineering Solutions and has been in the Telecommunication industry for more than 17 years. He is responsible for developing custom solutions as a part of professional services portfolio. He’s also responsible for ideation and requirements specification in the new product development life cycle, and works closely with the development team on new product implementation. Vladan received his Diploma Ing. from University of Belgrade in Serbia, and his Masters and PhD from University of Colorado at Boulder.

Latest posts by Vladan Jevremovic (see all)

• At a Glance: What Is New in Wi-Fi 7? - July 4, 2024
• Accurate Prediction Simplifies Private, In-Building 5G Network Deployments - March 1, 2023
• Accurate Network Design Needed to Harness the Full Potential of Metamaterials - February 20, 2023