REPORT & TUTORIAL CARRIER-TO-INTERFERENCE OBJECTIVES

advanced technologies for LTE/Modern networks
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REPORT & TUTORIAL CARRIER-TO-INTERFERENCE OBJECTIVES

Postby beginner » 15 Feb 2016, 13:05

1.0 INTRODUCTION
1.1 FACTORS AFFECTING INTERFERENCE
1.1.1 ANTENNAS
1.1.2. POLARIZATION
1.1.3. FREQUENCY SEPARATION
1.1.4. DISTANCE DIFFERENTIAL.
1.1.5 OVER THE HORIZON PROPAGATION
1.1.6 TERRAIN SCATTER
1.2. CARRIER TO INTERFERENCE RATIO
1.2.1. EQUATION FOR DETERMINING DESIRED CARRIER POWER
1.2.2. EQUATION FOR INTERFERENCE CARRIER POWER
1.2.3. CALCULATION METHODS FOR ANALOG SYSTEMS
1.2.4. CALCULATION METHODS FOR DIGITAL SYSTEMS
1.3. USING C/I OBJECTIVES FOR FREQUENCY PLANNING
1.4. USING C/I OBJECTIVES FOR FREQUENCY PROTECTION
1.5. FREQUENCY COORDINATION
2. ALLOWABLE DEGRADATION
2.1. FM ANALOG MESSAGE SYSTEMS
2.2. FM VIDEO SYSTEMS
2.3. AM ANALOG MESSAGE SYSTEMS (SSB)
2.4. AM VIDEO SYSTEMS
2.5. DIGITAL SYSTEMS
2.6. SATELLITE EARTH STATIONS
2.6.1. FREQUENCY OFFSET
2.6.2. SPECTRAL DISTRIBUTION OF THE RADIATED ENERGY
3. INTEREERENCE MODES
3.1. TYPES OF INTERFERENCE
3.1.1. INTRASYSTEM
3.1.2. INTERSYSTEM
3.2. RFI MECHANISMS
3.2.1. ANALOG FM SYSTEMS
CARRIER BEAT
SIDEBAND TO SIDEBAND.
CARRIER TO SIDEBAND
THRESHOLD DEGRADATION
3.2.2. DIGITAL SYSTEMS.
BER DEGRADATION
FADE MARGIN DEGRADATION
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