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"It was a wonderful experience interacting with you and appreciate the way you have planned and executed the whole publication process within the agreed timelines.”
Subrat SaurabhAuthor of Kuch Woh Pal
This book offers a concise introduction to the fundamentals of Embedded Systems and the Internet of Things (IoT). It begins with the definition, characteristics, and components of embedded systems, including microcontrollers, System-On-Chip (SoC), and real-time systems. The IoT section covers essential concepts, including its definition, characteristics, societal benefits, technical building blocks, and IoT device design. It also explores the physical and logi
This book offers a concise introduction to the fundamentals of Embedded Systems and the Internet of Things (IoT). It begins with the definition, characteristics, and components of embedded systems, including microcontrollers, System-On-Chip (SoC), and real-time systems. The IoT section covers essential concepts, including its definition, characteristics, societal benefits, technical building blocks, and IoT device design. It also explores the physical and logical design of IoT, focusing on sensors, actuators, interoperability, and enabling technologies. The IoT Design Methodology section introduces networking basics, communication models, and key IoT technologies like M2M, SCADA, WSN, and RFID, providing a solid foundation for IoT applications and innovations.
This book offers a concise introduction to the fundamentals of Embedded Systems and the Internet of Things (IoT). It begins with the definition, characteristics, and components of embedded systems, including microcontrollers, System-On-Chip (SoC), and real-time systems. The IoT section covers essential concepts, including its definition, characteristics, societal benefits, technical building blocks, and IoT device design. It also explores the physical and logi
This book offers a concise introduction to the fundamentals of Embedded Systems and the Internet of Things (IoT). It begins with the definition, characteristics, and components of embedded systems, including microcontrollers, System-On-Chip (SoC), and real-time systems. The IoT section covers essential concepts, including its definition, characteristics, societal benefits, technical building blocks, and IoT device design. It also explores the physical and logical design of IoT, focusing on sensors, actuators, interoperability, and enabling technologies. The IoT Design Methodology section introduces networking basics, communication models, and key IoT technologies like M2M, SCADA, WSN, and RFID, providing a solid foundation for IoT applications and innovations.
Transportation Engineering is a comprehensive guide for students and professionals, offering foundational knowledge in transportation systems, their design, and their crucial role in society. The first chapter provides an overview of transportation systems, highlighting the critical role of transportation engineers and the major disciplines in the field. The second chapter delves into the economic importance of transportation and its key factors, such as vehic
Transportation Engineering is a comprehensive guide for students and professionals, offering foundational knowledge in transportation systems, their design, and their crucial role in society. The first chapter provides an overview of transportation systems, highlighting the critical role of transportation engineers and the major disciplines in the field. The second chapter delves into the economic importance of transportation and its key factors, such as vehicle and road characteristics. Chapter three introduces the principles of geometric design, including road classification and alignment factors. Chapter four covers bridge design, focusing on types of bridges, their components, and foundational elements. Chapter five explores pavement design, discussing different types of pavements, soil tests, aggregate and bitumen properties, and flexible pavement design. This book serves as a vital resource for understanding transportation infrastructure, planning, and engineering principles, making it an essential read for anyone entering the field.
Transportation Engineering is a comprehensive guide for students and professionals, offering foundational knowledge in transportation systems, their design, and their crucial role in society. The first chapter provides an overview of transportation systems, highlighting the critical role of transportation engineers and the major disciplines in the field. The second chapter delves into the economic importance of transportation and its key factors, such as vehic
Transportation Engineering is a comprehensive guide for students and professionals, offering foundational knowledge in transportation systems, their design, and their crucial role in society. The first chapter provides an overview of transportation systems, highlighting the critical role of transportation engineers and the major disciplines in the field. The second chapter delves into the economic importance of transportation and its key factors, such as vehicle and road characteristics. Chapter three introduces the principles of geometric design, including road classification and alignment factors. Chapter four covers bridge design, focusing on types of bridges, their components, and foundational elements. Chapter five explores pavement design, discussing different types of pavements, soil tests, aggregate and bitumen properties, and flexible pavement design. This book serves as a vital resource for understanding transportation infrastructure, planning, and engineering principles, making it an essential read for anyone entering the field.
Delve into the comprehensive world of mechatronic systems with this insightful guide, which explores the intricate fusion of mechanical, electrical, and computer engineering. From the fundamentals of microprocessors and microcontrollers to the intricacies of programmable logic devices (PLDs) and their seamless integration into modern systems, this book provides a thorough understanding of the core components driving mechatronic innovation. Readers will discove
Delve into the comprehensive world of mechatronic systems with this insightful guide, which explores the intricate fusion of mechanical, electrical, and computer engineering. From the fundamentals of microprocessors and microcontrollers to the intricacies of programmable logic devices (PLDs) and their seamless integration into modern systems, this book provides a thorough understanding of the core components driving mechatronic innovation. Readers will discover the principles behind mechanical and electrical actuation systems, including pneumatic and hydraulic actuators, as well as the crucial role of directional control valves (DCV) and flow control valves (FCV) in hydraulic systems. Whether you're a student, researcher, or professional in the field, this book serves as an indispensable resource for grasping the interdisciplinary nature of mechatronic systems and their applications in various industries.
Introduction - Data Communication System and Its Components, Data Flow, Networks, types of Connection and Topologies, LAN, MAN, WAN, Internetwork, Internet . Network Models- OSI Models, Layers in OSI Models, TCP/IP protocol Suite, Address.
Digital Transmission -Transmission Modes, Bandwidth Utilization: Multiplexing. SwitchingCircuit Switched Network, Datagram Network. Error Detection and Correction-Types of errors, Detection versus correction, C
Introduction - Data Communication System and Its Components, Data Flow, Networks, types of Connection and Topologies, LAN, MAN, WAN, Internetwork, Internet . Network Models- OSI Models, Layers in OSI Models, TCP/IP protocol Suite, Address.
Digital Transmission -Transmission Modes, Bandwidth Utilization: Multiplexing. SwitchingCircuit Switched Network, Datagram Network. Error Detection and Correction-Types of errors, Detection versus correction, CRC encoder and decoder, checksum. Data Link Control-Framing, flow and error control.Multiple Access- CSMA/CA, CSMA/CD.
Network Layer-IPv4 Addressing, Address space, ClassfulAddressing, Classless Addressing, Address block mask, Network Address. Network Layer: Internet Protocol-Internetworking, Network Layer: Delivery, Forward Techniques, Next-Hop Method verses route method, Network Specific method versus Host- specific Method.
Transport Layer-Process to process delivery, UDP-Well known ports of UDP, Operation and uses, TCP services and features. Three-way Handshake for connection establishment and termination. Application Layer -Domain Name Space, Remote Logging, Electronic Mail and File Transfer- Email, FTP.WWW and HTTP- HTTP.
DIGITAL IMAGE
FUNDAMENTAL STEPS IN DIGITAL IMAGE PROCESSING
ELEMENTS OF VISUAL PERCEPTION
SIMPLE IMAGE MODEL
IMAGE SAMPLING AND QUANTIZATION PROCESS
ALIASING AND MOIRE PATTERNS
IMAGE
DIGITAL IMAGE
FUNDAMENTAL STEPS IN DIGITAL IMAGE PROCESSING
ELEMENTS OF VISUAL PERCEPTION
SIMPLE IMAGE MODEL
IMAGE SAMPLING AND QUANTIZATION PROCESS
ALIASING AND MOIRE PATTERNS
IMAGE ENHANCEMENT IN SPATIAL DOMAIN
POINT PROCESSING
PIECEWISE LINEAR TRANSFORMATION FUNCTIONS
BASEBAND TRANSMISSION AND PULSE SHAPING
UNIPOLAR, POLAR, BIPOLAR
SCRAMBLING TECHNIQUE BZ8S, HDB3
EYE DIAGRAM
INFORMATION THEORY AND SOURCE CODING
HUFFMAN CODING
COMPUTATION OF POWER SPECTRAL DENSITIES
LINEAR BLOCK CODES AND CONVOLUTION CODES
STATE, TREE AND TRELLIS DIAGRAM
DECODING USING VITERBI ALGORITHM
BURST ERROR CORRECTION
Introduction , Definition of Mechatronics , Multi-disciplinary scenario ,Origin of Mechatronic system , Evaluation of Mechatronics , Advantages of Mechatronic Systems , Disadvantages of Mechatronic Systems , Generalized measurement system , Functions of each units used in measurement system , Microprocessor based controllers , Block diagram of Mechatronic System , Block diagram of working automatic camera , Block diagram of working automatic washing machine ,
Introduction , Definition of Mechatronics , Multi-disciplinary scenario ,Origin of Mechatronic system , Evaluation of Mechatronics , Advantages of Mechatronic Systems , Disadvantages of Mechatronic Systems , Generalized measurement system , Functions of each units used in measurement system , Microprocessor based controllers , Block diagram of Mechatronic System , Block diagram of working automatic camera , Block diagram of working automatic washing machine , Block diagram of working engine management system.
8085 MICROPROCESSOR
8085 ARCHITECTURE
PIN DIAGRAM OF 8085
INSTRUCTION SET
TIMING DIAGRAMS
ASSEMBLY LANGUAGE PROGRAMMING
PERIPHERALS INTERFACING
PROGRAMMABLE PERIPHERAL INTERFACE 8255
8255 BLOCK DIAGRAM
OPERATIONAL MODES OF 8255
PROGRAMMABLE INTERVAL TIMER - 8253
PROGRAMMABLE INTERRUPT CONTROLLER-8259
KEYBOARD AND DISPLAY CONTROLLER (8279)&nbs
8085 MICROPROCESSOR
8085 ARCHITECTURE
PIN DIAGRAM OF 8085
INSTRUCTION SET
TIMING DIAGRAMS
ASSEMBLY LANGUAGE PROGRAMMING
PERIPHERALS INTERFACING
PROGRAMMABLE PERIPHERAL INTERFACE 8255
8255 BLOCK DIAGRAM
OPERATIONAL MODES OF 8255
PROGRAMMABLE INTERVAL TIMER - 8253
PROGRAMMABLE INTERRUPT CONTROLLER-8259
KEYBOARD AND DISPLAY CONTROLLER (8279)
INTERFACING SERIAL I/O (8251)
ADC0808/ADC0809
TRAFFIC LIGHT CONTROLLER
8086 MICROPROCESSOR
8086 PIN DIAGRAM
INTERNAL BLOCK DIAGRAM
ADDRESSING MODES OF 8086
INSTRUCTION SET
INTERRUPTS
PULSE DIGITAL MODULATION
DIGITAL PULSE MODULATION
GENERATION AND DEMODULATION OF PPM
ELEMENTS OF DIGITAL COMMUNICATION
SAMPLING, QUANTIZATION AND CODING
DELTA MODULATION &n
PULSE DIGITAL MODULATION
DIGITAL PULSE MODULATION
GENERATION AND DEMODULATION OF PPM
ELEMENTS OF DIGITAL COMMUNICATION
SAMPLING, QUANTIZATION AND CODING
DELTA MODULATION
DIGITAL MODULATION TECHNIQUES
BINARY PHASE SHIFT KEYING (BPSK)
QPSK DPSK
BASEBAND TRANSMISSION AND PULSE SHAPING
UNIPOLAR, POLAR, BIPOLAR
SCRAMBLING TECHNIQUE BZ8S, HDB3
EYE DIAGRAM
INFORMATION THEORY AND SOURCE CODING
HUFFMAN CODING
COMPUTATION OF POWER SPECTRAL DENSITIES
LINEAR BLOCK CODES AND CONVOLUTION CODES
STATE, TREE AND TRELLIS DIAGRAM
DECODING USING VITERBI ALGORITHM
BURST ERROR CORRECTION
FUNDAMENTALS OF IOT
ARCHITECTURE OF IoT
ENABLING TECHNOLOGIES FOR IOT
WIRELESS SENSOR NETWORKS
IoT ACCESS TECHNOLOGIES
TOPOLOGY
COMPARISON OF CoAP AND MQTT
SENSOR NETWORKS
SELECTION CRITERIA
IP BASED PROTOCOLS FOR IOT
MQTT PROTOCOL
MQTT CONTROL PACKET
DATA HANDLING & ANALYTICS
IoT ANALYTICS LIFECYCLE
CASE STUDY & IOT A
FUNDAMENTALS OF IOT
ARCHITECTURE OF IoT
ENABLING TECHNOLOGIES FOR IOT
WIRELESS SENSOR NETWORKS
IoT ACCESS TECHNOLOGIES
TOPOLOGY
COMPARISON OF CoAP AND MQTT
SENSOR NETWORKS
SELECTION CRITERIA
IP BASED PROTOCOLS FOR IOT
MQTT PROTOCOL
MQTT CONTROL PACKET
DATA HANDLING & ANALYTICS
IoT ANALYTICS LIFECYCLE
CASE STUDY & IOT APPLICATIONS
IoT APPLICATION IN INDUSTRIES
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