1. Inroduction
2. Rules and pairs
3. Pulse spectra
4. Sampling theory
5. Interpolation for Delayed Waveform time series
6. Equqlization
7. Array beamformin
1. Some General applicationsOf Filter Structures In Microwave Engineering
2. Some Useful Circuit And Equation
3. Principles of The Image Method For Filter Design
4. Low_Pass prototype Filters Obtained by network Synthesis method
5. Properies of some common microwave Filter Elements
6. Low_Pss and High_PassFilters using semi_lumped elements or waveguide corroagations
8. Band pass filters (A general summary of band_pass filters and versatile design technique for filters with narrow or moderate bandwidths)
9. Band passfilterscontinued (Wideband and narrowband
10. Band pass filters ,continued
11. Special procedures to aid in the practical development of coupled resonator band pass filters ,impedance matching networks and time delay networks
12. Band stop filters
13. Tem mode coupled _transmission _line_ directionam couplers and branch_line Directioals couplers
14. Directional and channel _seperation Filters and traveling wave ring_resonators
15. High Power Filters
16. Multiplexer Design
17. Mechanically and magnetically Tunable microwave Filter
1. Overview of Wireless Information Systems
2. Wireless Channel Characterization and
Coding
3. Transmission Systems in an Interference
Environment
4. Optimal Detection in Fading Channels
5. Interference Analysis
6. Interference Suppression Techniques
7. Applications
Appendix A: Signal and Spectra in Wireless
Communications
Appendix B: HMMs—Kalman Filter
1. Introduction
2. System Capacity of CDMA Systems
3. Sensitivity Analysis in CDMA Systems
4. Effect of Traffic Activity on System Capacity
5. A Dynamic Resource Allocation Scheme to Efficiently Utilize System Capacity
6. Voice/Data Mixed CDMA Systems with Prioritized Services
7. Erlang Capacity of CDMA Systems Supporting Multiclass Services
8. Erlang Capacity Under the Delay Constraint
9. Multiclass CDMA Systems with a Limited Number of Channel Elements
10. Approximate Analysis Method for CDMA Systems with Multiple Sectors
and Multiple FAs
11. Erlang Capacity of Hybrid FDMA/CDMA Systems Supporting
Multiclass Services
12. Erlang Capacity of Multiaccess Systems Supporting Voice and Data Services
APPENDIX A:
The M/M/ Model
APPENDIX B:
The M/M/m Loss Model
1. Phased Arrays in Radar and Communication Systems
2. Pattern Characteristics of Linear and Planar Array
3. Pattern Synthesis for Linear and Planar Arrays
4. Patterns of Nonplanar Arrays
5. Elements for Phased Arrays
6. Summary of Element Pattern and Mutual Impedance Effects
7. Array Error Effects
8. Special Array Feeds for Limited Field-of-View and Wideband Arrays