primig
2015-11-09, 01:20 AM
HIGH-DENSITY WIRELESS NETWORKS FOR PUBLIC VENUES: CHALLENGES AND BEST PRACTICES
Released January 26, 2015
01. INTRODUCTION
02. PROBLEM
03. SOLUTION
3.1 PASSIVE DAS
3.2 ACTIVE DAS
3.3 HYBRID DAS
04. COMMON DESIGN REQUIREMENTS
4.1 MULTI-CARRIER (NEUTRAL HOST)
4.2 MULTI-BAND
4.2.1 LICENSED BANDS
4.2.2 UNLICENSED BANDS
4.3 MULTI-TECHNOLOGY
05. COMMON BEST PRACTICES
5.1 PIM (PASSIVE INTERMODULATION)
5.2 DOWNLINK DESIGN
5.3 UPLINK DESIGN
06. CONCLUSION
REFERENCES
UNDERGROUND WIRELESS DESIGN FOR RAPID RAIL TRANSIT: CHALLENGES AND BEST PRACTICES
Released June 17, 2015
01. INTRODUCTION
02. PROBLEM
03. DESIGN REQUIREMENTS
3.1 RF COVERAGE
3.2 CAPACITY
3.3 HANDOFF MANAGEMENT
04. SOLUTION
05. BEST PRACTICES
5.1 RF COVERAGE
5.3 CAPACITY SIZING
5.3.1 DATA CAPACITY SIZING
5.3.2 VOICE CAPACITY SIZING
5.4 ENVIRONMENTAL CHALLENGES
06. DETAILED RF COVERAGE DESIGN
07. CONCLUSION
Deep Dive Webinar on Subways 06-17-2015
Subways around the world
Target areas for IBS coverage
Design Requirements
Best Practices
3D modeling
Tunnels
Environmental concerns
Capacity dimensioning
IBS Solution
RF Coverage maps
Conclusion
BUSINESS CAMPUS: CONNECTING THE CORPORATE HQ
Released April 2015
01. INTRODUCTION
02. PROBLEM
03. DESIGN REQUIREMENTS
3.1 RF Coverage
3.2 Handoff Management
3.3 Interference Management
04. SOLUTION
05. BEST PRACTICES
5.1 Interference Control
5.2 Elevator Coverage
06. DETAILED RF COVERAGE DESIGN
07. CONCLUSION
Released January 26, 2015
01. INTRODUCTION
02. PROBLEM
03. SOLUTION
3.1 PASSIVE DAS
3.2 ACTIVE DAS
3.3 HYBRID DAS
04. COMMON DESIGN REQUIREMENTS
4.1 MULTI-CARRIER (NEUTRAL HOST)
4.2 MULTI-BAND
4.2.1 LICENSED BANDS
4.2.2 UNLICENSED BANDS
4.3 MULTI-TECHNOLOGY
05. COMMON BEST PRACTICES
5.1 PIM (PASSIVE INTERMODULATION)
5.2 DOWNLINK DESIGN
5.3 UPLINK DESIGN
06. CONCLUSION
REFERENCES
UNDERGROUND WIRELESS DESIGN FOR RAPID RAIL TRANSIT: CHALLENGES AND BEST PRACTICES
Released June 17, 2015
01. INTRODUCTION
02. PROBLEM
03. DESIGN REQUIREMENTS
3.1 RF COVERAGE
3.2 CAPACITY
3.3 HANDOFF MANAGEMENT
04. SOLUTION
05. BEST PRACTICES
5.1 RF COVERAGE
5.3 CAPACITY SIZING
5.3.1 DATA CAPACITY SIZING
5.3.2 VOICE CAPACITY SIZING
5.4 ENVIRONMENTAL CHALLENGES
06. DETAILED RF COVERAGE DESIGN
07. CONCLUSION
Deep Dive Webinar on Subways 06-17-2015
Subways around the world
Target areas for IBS coverage
Design Requirements
Best Practices
3D modeling
Tunnels
Environmental concerns
Capacity dimensioning
IBS Solution
RF Coverage maps
Conclusion
BUSINESS CAMPUS: CONNECTING THE CORPORATE HQ
Released April 2015
01. INTRODUCTION
02. PROBLEM
03. DESIGN REQUIREMENTS
3.1 RF Coverage
3.2 Handoff Management
3.3 Interference Management
04. SOLUTION
05. BEST PRACTICES
5.1 Interference Control
5.2 Elevator Coverage
06. DETAILED RF COVERAGE DESIGN
07. CONCLUSION