Advanced Signal Processing
Herausgeber: Creasey, D J
Advanced Signal Processing
Herausgeber: Creasey, D J
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This book covers the many aspects of modern signal processing systems from the transduction unit through to the display.
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This book covers the many aspects of modern signal processing systems from the transduction unit through to the display.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Institution of Engineering & Technology
- Revised edition
- Seitenzahl: 312
- Erscheinungstermin: 30. Juni 1985
- Englisch
- Abmessung: 240mm x 161mm x 21mm
- Gewicht: 636g
- ISBN-13: 9780863410376
- ISBN-10: 0863410375
- Artikelnr.: 50911759
- Verlag: Institution of Engineering & Technology
- Revised edition
- Seitenzahl: 312
- Erscheinungstermin: 30. Juni 1985
- Englisch
- Abmessung: 240mm x 161mm x 21mm
- Gewicht: 636g
- ISBN-13: 9780863410376
- ISBN-10: 0863410375
- Artikelnr.: 50911759
* Chapter 1: Transmitter aerials
* Chapter 2: High power amplifier design for active sonar
* Chapter 3: Radar transmitters
* Chapter 4: Receiver array technology for sonar
* Chapter 5: New underwater acoustic sensors
* Chapter 6: Diversity techniques in communications receivers
* Chapter 7: GaAs IC amplifiers for radar and communication receivers
* Chapter 8: Integrated optical techniques for acousto-optic receivers
* Chapter 9: Logarithmic receivers
* Chapter 10: CCD processors for sonar
* Chapter 11: Learning from biological echo ranging systems?
* Chapter 12: Acousto-optic correlators
* Chapter 13: GaAs MESFET comparators for high speed Analog-to-Digital
conversion
* Chapter 14: Designing in silicon
* Chapter 15: Very high performance integrated circuits
* Chapter 16: Very high speed integrated circuits (VHSIC) technology
for digital signal processing applications
* Chapter 17: Digital filters
* Chapter 18: Display types
* Chapter 19: Scan converters in sonar
* Chapter 20: Display ergonomics
* Chapter 21: Simulators
* Chapter 22: High throughput sonar processors
* Chapter 23: Optical fibre systems for signal processing
* Chapter 24: Satellite communications
* Chapter 25: A VLSI array processor for image and signal processing
* Chapter 26: VHPIC for radar
* Chapter 27: High performance and high speed integrated devices in
future sonar systems
* Chapter 28: Ada
* Chapter 29: Future for cryogenic devices for signal processing
applications
* Chapter 30: Application of the ICL distributed array processor to
radar signal processing
* Chapter 31: Advanced image understanding
* Chapter 32: Advanced signal processing aspects of automatic speech
recognition
* Chapter 33: VLSI architectures for real-time image processing
* Chapter 2: High power amplifier design for active sonar
* Chapter 3: Radar transmitters
* Chapter 4: Receiver array technology for sonar
* Chapter 5: New underwater acoustic sensors
* Chapter 6: Diversity techniques in communications receivers
* Chapter 7: GaAs IC amplifiers for radar and communication receivers
* Chapter 8: Integrated optical techniques for acousto-optic receivers
* Chapter 9: Logarithmic receivers
* Chapter 10: CCD processors for sonar
* Chapter 11: Learning from biological echo ranging systems?
* Chapter 12: Acousto-optic correlators
* Chapter 13: GaAs MESFET comparators for high speed Analog-to-Digital
conversion
* Chapter 14: Designing in silicon
* Chapter 15: Very high performance integrated circuits
* Chapter 16: Very high speed integrated circuits (VHSIC) technology
for digital signal processing applications
* Chapter 17: Digital filters
* Chapter 18: Display types
* Chapter 19: Scan converters in sonar
* Chapter 20: Display ergonomics
* Chapter 21: Simulators
* Chapter 22: High throughput sonar processors
* Chapter 23: Optical fibre systems for signal processing
* Chapter 24: Satellite communications
* Chapter 25: A VLSI array processor for image and signal processing
* Chapter 26: VHPIC for radar
* Chapter 27: High performance and high speed integrated devices in
future sonar systems
* Chapter 28: Ada
* Chapter 29: Future for cryogenic devices for signal processing
applications
* Chapter 30: Application of the ICL distributed array processor to
radar signal processing
* Chapter 31: Advanced image understanding
* Chapter 32: Advanced signal processing aspects of automatic speech
recognition
* Chapter 33: VLSI architectures for real-time image processing
* Chapter 1: Transmitter aerials
* Chapter 2: High power amplifier design for active sonar
* Chapter 3: Radar transmitters
* Chapter 4: Receiver array technology for sonar
* Chapter 5: New underwater acoustic sensors
* Chapter 6: Diversity techniques in communications receivers
* Chapter 7: GaAs IC amplifiers for radar and communication receivers
* Chapter 8: Integrated optical techniques for acousto-optic receivers
* Chapter 9: Logarithmic receivers
* Chapter 10: CCD processors for sonar
* Chapter 11: Learning from biological echo ranging systems?
* Chapter 12: Acousto-optic correlators
* Chapter 13: GaAs MESFET comparators for high speed Analog-to-Digital
conversion
* Chapter 14: Designing in silicon
* Chapter 15: Very high performance integrated circuits
* Chapter 16: Very high speed integrated circuits (VHSIC) technology
for digital signal processing applications
* Chapter 17: Digital filters
* Chapter 18: Display types
* Chapter 19: Scan converters in sonar
* Chapter 20: Display ergonomics
* Chapter 21: Simulators
* Chapter 22: High throughput sonar processors
* Chapter 23: Optical fibre systems for signal processing
* Chapter 24: Satellite communications
* Chapter 25: A VLSI array processor for image and signal processing
* Chapter 26: VHPIC for radar
* Chapter 27: High performance and high speed integrated devices in
future sonar systems
* Chapter 28: Ada
* Chapter 29: Future for cryogenic devices for signal processing
applications
* Chapter 30: Application of the ICL distributed array processor to
radar signal processing
* Chapter 31: Advanced image understanding
* Chapter 32: Advanced signal processing aspects of automatic speech
recognition
* Chapter 33: VLSI architectures for real-time image processing
* Chapter 2: High power amplifier design for active sonar
* Chapter 3: Radar transmitters
* Chapter 4: Receiver array technology for sonar
* Chapter 5: New underwater acoustic sensors
* Chapter 6: Diversity techniques in communications receivers
* Chapter 7: GaAs IC amplifiers for radar and communication receivers
* Chapter 8: Integrated optical techniques for acousto-optic receivers
* Chapter 9: Logarithmic receivers
* Chapter 10: CCD processors for sonar
* Chapter 11: Learning from biological echo ranging systems?
* Chapter 12: Acousto-optic correlators
* Chapter 13: GaAs MESFET comparators for high speed Analog-to-Digital
conversion
* Chapter 14: Designing in silicon
* Chapter 15: Very high performance integrated circuits
* Chapter 16: Very high speed integrated circuits (VHSIC) technology
for digital signal processing applications
* Chapter 17: Digital filters
* Chapter 18: Display types
* Chapter 19: Scan converters in sonar
* Chapter 20: Display ergonomics
* Chapter 21: Simulators
* Chapter 22: High throughput sonar processors
* Chapter 23: Optical fibre systems for signal processing
* Chapter 24: Satellite communications
* Chapter 25: A VLSI array processor for image and signal processing
* Chapter 26: VHPIC for radar
* Chapter 27: High performance and high speed integrated devices in
future sonar systems
* Chapter 28: Ada
* Chapter 29: Future for cryogenic devices for signal processing
applications
* Chapter 30: Application of the ICL distributed array processor to
radar signal processing
* Chapter 31: Advanced image understanding
* Chapter 32: Advanced signal processing aspects of automatic speech
recognition
* Chapter 33: VLSI architectures for real-time image processing