Fir Filter

Table of Contents
Table of Contents i
List of Figures ii
List of Tables iii
Introduction iv
INGREDIENTS
1.0 Mobile Phones 1
2.0 Speech CODEC 1
3.0 DSP in Medicine 3.1 Hearing Aid 3
3.2 The Acquisition of a blood pressure signal 4
3.3 IIR filters to extract alpha activity from EEG signal 5
4.0 ADAPTIVE ARRAY IN SMART ANTENNA TECHNOLOGY 6
4.1 TYPES OF SMART ANTENNA 7
4.2 ADAPTIVE ARRAY SYSTEMS 8
4.3 BASIC WORKING MECHANISM 9
4.4 BENEFITS OF SMART ANTENNA TECHNOLOGY 10
5.0 DSP IN MOTOR CONTROL
5.1 MOTOR CONTROL TREND 11
5.2 BENEFITS OF THE DSP CONTROLLERS 12
6.0 DSP IN RADIO DETECTION & RANGING (RADAR)
6.1 DSP APPLICATIONS IN MODERN RADAR 13
6.2 TASKS OF DSP IN MODERN RADAR 13
6.3 MOVING TARGET DETECTOR (MTD) SIGNAL PROCESSOR 14
7.0 COMPARISON
7.1 COMPARISON OF ARCHITECTURE 15
7.2 COMPARISON OF SPEED 17
7.3 COMPARISON OF ENERGY EFFICIENCY 17
7.4 COMPARISON OF COST 18
REFERENCES 19
LIST FIGURES Page
Figure 1: Architecture of portable phone Terminal 1
Figure 2: The Complete conceptual A/D Converter 2
Figure 3: Conversion From Continuous Time to Discrete Time 2
Figure 4: The Amplitude-Range Compressed 4
Figure 5: A Recording of Arterial Blood Pressure 5
Figure 6: The Power Spectrum of Signal 5
Figure 7: Using the IIR filter with coefficient…. 6
Figure 8: The Spectrum of the Original and Filtered 6 Figure 9: Beam formation for adaptive array antenna system 8
Figure 10: Illustrated Beam Formation for Adaptive Array Antenna 9
Figure 11: Smart Antenna Architecture 10
Figure 12: DSP Controller Architecture 12
Figure 13: Modern Radar Block Diagram 13
Figure 14:Signal Detection Technique 14
Figure 15: Moving Target Detection Block Diagram 14