Nanoscale Signal Processing for Hybrid Computer Communications
Published on 30. September 2020
301 pages
978-1-5361-8836-3 (ISBN)
Description
Nanotechnology has been recognized as the interesting subject of research and investigation in either theory or experiment for a decade, where many research works and implementations have shown the significant growth and progress in many related technologies. Recently, the use of a small waveguide known as micro and/nanoring resonators has shown the potential of applications in many research areas, especially, in computer, communication and signal processing in the nanoscale regime. This new book presents the immerging techniques that can be merged into one particular subject, which is known as Nano Communications Networks. In applications, such devices, techniques or systems can be integrated and used for some particular applications.
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Preecha Yupapin | Somsak Mitatha | Jalil Ali
Nanoscale Signal Processing for Hybrid Computer Communications
Book
10/2011
Nova Science Publishers Inc
€435.26
Shipment within 15-20 days
Content
- Intro
- NANOSCALE SIGNAL PROCESSING FORHYBRID COMPUTER COMMUNICATIONS
- NANOSCALE SIGNAL PROCESSING FORHYBRID COMPUTER COMMUNICATIONS
- CONTENTS
- PREFACE
- PART I. THEORETICAL BACKGROUND
- Chapter 1GENERAL INTRODUCTION
- THE OPTICAL NETWORK
- OPTICAL SIGNAL PROCESSING USING NONLINEAR OPTICS
- CHAOS IN COMMUNICATION
- DNA CODE AND HIGH SECURITY PACKET SWITCHING
- SUMMARY
- REFERENCES
- Chapter 2NONLINEAR OPTICS
- NONLINEAR SUSCEPTIBILITY
- NONLINEAR REFRACTION (OPTICAL KERR EFFECT)
- OPTICAL CHAOS
- OPTICAL BISTABILITY
- OPTICAL BIFURCATION
- OPTICAL SOLITON
- SUMMARY
- REFERENCES
- Chapter 3MICRO RING RESONATOR
- THE MICRO RING RESONATOR
- OPTICAL ADD/DROP RING RESONATOR FILTER
- THE Z-TRANSFORM DESCRIPTION
- Single Coupler Ring Resonator Filter (Scrr)
- Double Coupler Ring Resonator Filter (DCRR)
- ENHANCED NONLINEARITY IN SINGLE RING RESONATOR
- ENHANCED NONLINEARITY IN ADD/DROP RING RESONATOR
- SUMMARY
- REFERENCES
- Chapter 4PULSE PROPAGATING WITHIN MICRORINGRESONATORS
- INTRODUCTION
- THEORY AND PRINCIPLE
- Gaussian Pusle
- Soliton
- RESULTS
- Gaussian Pulse
- Dark Soliton
- Bright Soliton
- APPLICATIONS
- SUMMARY
- REFERENCES
- PART II. OPTICAL SIGNAL PROCESSING
- Chapter 5PSBT CONTROL USING MZI INCORPORATINGNNRS
- INTRODUCTION
- PRINCIPLES OF PSKMODULATION
- PSBTGENERATION AND CONTROL
- SUMMARY
- REFERENCES
- Chapter 6DARK-BRIGHT SOLITON CONVERSION CONTROL
- INTRODUCTION
- THEORY BACKGROUND
- 6.2.1. Single Nano Ring Resonator
- Double Nano Ring Resonator
- RESULT AND DISCUSSION
- SUMMARY
- REFERENCES
- Chapter 7DYNAMIC PULSE RESHAPING GENERATION
- INTRODUCTION
- DYNAMIC PULSE SHAPING CONTROL
- SUMMARY
- REFERENCES
- Chapter 8DATA TRANSMISSION SECURITY
- INTRODUCTION
- NOISY SIGNAL GENERATION
- 8.3.MESSAGE AUTHENTICATION CODE
- ENCRYPTION AND DECRYPTION
- SUMMARY
- REFERENCES
- PART-IIIQUANTUM SIGNAL PROCESSING
- Chapter 9GENERALIZED QUANTUM CLOCK
- INTRODUCTION
- PACKET SWITCHING GENERATION USING DARK SOLITON ARRAY
- GENERALIZED QUANTUM CLOCK
- SUMMARY
- REFERENCES
- Chapter 10CROSS-TALK EFFECTS OF QKDVIA A QUANTUMROUTER
- INTRODUCTION
- DENSE WAVELENGTH MULTIPLEXING GENERATION
- QKD GENERATED BY A QUANTUM PROCESSOR
- QUANTUM ROUTER AND CROSSTALK EFFECTS
- SUMMARY
- REFERENCES
- Chapter 11QUANTUM KEY DISTRIBUTION VIA A WAVELENGTHROUTER
- INTRODUCTION
- CORRELATED PHOTON GENERATION
- QUANTUM KEY GENERATED BY A QUANTUM PROCESSOR
- QKD VIA A WAVELENGTH ROUTER
- SUMMARY
- REFERENCES
- Chapter 12QUANTUM PARALLEL PROCESSING
- INTRODUCTION
- MULTI-LIGHT SOURCE GENERATION
- QUANTUM PARALLEL PROCESSING VIA AN OPTICAL MULTIPLEXER
- SUMMARY
- REFERENCES
- PART IV.MOLECULAR TRANSPORTER
- Chapter 13PHOTON TRAPPING MODEL FOR DYNAMICTWEEZERS
- INTRODUCTION
- PHOTON TRAPPING IN A POTENTIAL WELL
- DARK SOLITON GENERATION
- SUMMARY
- REFERENCES
- Chapter 14DYNAMIC POTENTIAL WELL GENERATION
- INTRODUCTION
- DYNAMIC POTENTIAL WELL GENERATION
- SUMMARY
- REFERENCES
- Chapter 15QUANTUM-MOLECULAR TRANSPORTER
- INTRODUCTION
- TRANSPORTER GENERATION
- QUANTUM-MOLECULAR NETWORKING
- SUMMARY
- REFERENCES
- Chapter 16MULTI VARIABLE QUANTUM TWEEZERS
- INTRODUCTION
- THEORETICAL BACKGROUND
- MULTI VARIABLE QUANTUM TWEEZERS GENERATION ANDMODULATION
- SUMMARY
- REFERENCES
- PART V. HYBRID COMPUTER COMMUNICATIONS
- Chapter 17NANOSCALE NETWORKING VIA A WAVELENGTHROUTER
- INTRODUCTION
- THEORY AND PRINCIPLE
- Gaussian Pulse
- Soliton
- RESULTS
- Gaussian Pulse
- Dark Soliton
- Bright Soliton
- Thz Pulse
- NANOSCALE SIGNAL PROCESSING
- NANOSCALE NETWORKING VIA A WAVELENGTH ROUTER
- SUMMARY
- REFERENCES
- Chapter 18QUANTUM-MOLECULAR TRANSMISSION
- INTRODUCTION
- TRANSPORTER GENERATION
- TRANSPORTER QUANTUM STATE
- MULTI QUANTUM-MOLECULAR TRANSPORTATION
- SUMMARY
- REFERENCES
- Chapter 19DNACODES GENERATION
- INTRODUCTION
- OPERATING PRINCIPLES
- Chaotic Signal Generation
- DNA Encoding
- DNA Packet Switching
- SUMMARY
- REFERENCES
- PART VI.AD HOC NETWORKS
- Chapter 20MOBILE AD HOC NETWORK
- INTRODUCTION
- WAVELENGTH OPERATING PRINCIPLE
- FREQUENCY ENHANCEMENT FOR DEDICATED WIRELESS LINK
- SUMMARY
- REFERENCES
- Chapter 21VANET FOR SURVEILLANCE SYSTEM
- INTRODUCTION
- MULTI FREQUENCY BANDS GENERATION
- VANET VIA A SIMULTANEOUS WIRELESSUP-DOWN LINK SYSTEM
- SURVEILLANCE SYSTEM BASED ON VANET APPLICATIONS
- SUMMARY
- REFERENCES
- Chapter 22VANET USING ASIMULTANEOUS WIRELESS UPDOWNLINK
- INTRODUCTION
- OPERATING PRINCIPLE
- VANET APPLICATIONS
- SUMMARY
- REFERENCES
- Chapter 23HYBRID SURVEILLANCE SYSTEM
- INTRODUCTION
- MULTI FREQUENCY BANDS GENERATION
- HYBRID VIA A WIRELESS UP-DOWN LINK SYSTEM
- SURVEILLANCE SYSTEM BASED ON HYBRID NETWORK
- SUMMARY
- REFERENCES
- PART-VII. NANOSCALE SENSORS, CALIBRATIONAND STANDARD
- Chapter 24NANOSCALE MEASUREMENT ANDSTANDARDIZATION
- INTRODUCTION
- LIGHT SIGNAL MULTIPLEXER CONTROLLED BY LIGHT
- EXPERIMENTAL RESULTS
- DISCUSSION
- SUMMARY
- REFERENCES
- Chapter 25SIGNAL TRANSMISSION FOR STANDARDIZATION
- INTRODUCTION
- GAUSSIAN PULSE PROPAGATION IN MICRO AND NANO RINGRESONATOR
- DISCUSSION
- SUMMARY
- REFERENCES
- Chapter 26DISTRIBUTED NETWORK SENSORS
- INTRODUCTION
- DARK SOLITON ARRAY GENERATION
- DISTRIBUTED NETWORK SENSING MECHANISM
- SUMMARY
- REFERENCES
- Chapter 27DISTRIBUTED QUANTUM SENSORS
- INTRODUCTION
- MULTI DARK SOLITONS GENERATION
- DISTRIBUTED QUANTUM SENSORS USING A QUANTUM PROCESSOR
- SUMMARY
- REFERENCES
- INDEX
- Blank Page
