Principles of Mobile Communication: A Comprehensive Textbook by Gordon L. Stuber
Principles of Mobile Communication: A Review of the Textbook by Gordon L. Stuber
Mobile communication is one of the most dynamic and rapidly evolving fields in the modern telecommunications industry. It involves the design and analysis of wireless systems that enable voice, data, and multimedia services over mobile networks. To master this complex and challenging domain, one needs a solid foundation in the fundamentals and principles of mobile communication engineering.
Principles Of Mobile Communication Stuber Solution Manual.epub
One of the best sources for learning these essentials is the textbook Principles of Mobile Communication by Gordon L. Stuber, a professor of electrical and computer engineering at Georgia Institute of Technology. This book provides a comprehensive and rigorous overview of the physical layer aspects of wireless communications, covering topics such as propagation modeling, co-channel interference, modulation, detection, coding, spread spectrum, multi-carrier, cellular, and radio resource management.
What makes Principles of Mobile Communication a valuable resource?
There are several features that make Principles of Mobile Communication a valuable resource for students, researchers, and practitioners in the field of mobile communication. Some of these are:
The book is mathematically oriented and emphasizes analytical modeling and performance evaluation of wireless systems. It provides detailed derivations and proofs of key results, as well as numerous examples and exercises to reinforce the concepts.
The book covers both fundamental and advanced topics in a systematic and logical manner. It starts with an introduction to the field and its historical development, then moves on to discrete subjects that are essential for understanding wireless communications. It also includes an appendix that reviews probability and random processes.
The book is updated and relevant to the current state-of-the-art in wireless technologies. The fourth edition, published in 2017, features new content on 4G cellular systems, 5G cellular outlook, bandpass signals and systems, polarization, channel assignment techniques, and more. It also includes supplementary material online that provides additional examples, problems, solutions, MATLAB codes, and slides.
The book stresses core principles that are applicable to a broad range of wireless standards and systems. It does not focus on specific technologies or protocols, but rather on general concepts and methods that can be used to design and analyze any mobile system.
How can you get Principles of Mobile Communication?
If you are interested in learning more about mobile communication engineering from a reliable and authoritative source, you can get Principles of Mobile Communication by Gordon L. Stuber in various formats. You can download it as a PDF or EPUB file from online platforms such as SpringerLink or Internet Archive. You can also purchase it as a hardcover or paperback book from online or offline retailers such as Amazon or Barnes & Noble.
Principles of Mobile Communication is a textbook that will help you gain a deep and thorough understanding of the physical layer aspects of wireless communications. It will equip you with the knowledge and skills you need to design, implement, optimize, and evaluate mobile systems for various applications and scenarios.
Who is the author of Principles of Mobile Communication?
The author of Principles of Mobile Communication is Gordon L. Stuber, a distinguished professor of electrical and computer engineering at Georgia Institute of Technology. He has over 30 years of experience in teaching and research in the field of wireless communications. He has published more than 300 papers in journals and conferences, and has received several awards and honors for his contributions to the field. He is also a Fellow of the IEEE and a former editor-in-chief of the IEEE Transactions on Wireless Communications.
What are the benefits of reading Principles of Mobile Communication?
Reading Principles of Mobile Communication can provide you with many benefits, such as:
You can learn the fundamental concepts and principles of mobile communication engineering, which are essential for understanding and designing wireless systems.
You can gain a deeper insight into the physical layer aspects of wireless communications, such as propagation, interference, modulation, detection, coding, spread spectrum, multi-carrier, cellular, and radio resource management.
You can apply the analytical methods and techniques presented in the book to evaluate the performance and optimize the design of various wireless systems and standards.
You can enhance your problem-solving skills and critical thinking abilities by working on the homework problems provided at the end of each chapter.
You can access the supplementary material online that provides additional resources and tools for learning and practicing mobile communication engineering.
How can you use Principles of Mobile Communication as a solution manual?
If you are looking for a solution manual for Principles of Mobile Communication, you can use the book itself as a reference and a guide. The book provides clear explanations and derivations of the key results and formulas that are used to solve the problems. The book also provides hints and tips on how to approach and solve the problems. You can also check your answers with the solutions provided online for selected problems. However, you should not rely on the solutions alone, but rather try to understand the concepts and methods behind them. This way, you can improve your learning outcomes and master mobile communication engineering.
What are the main topics covered in Principles of Mobile Communication?
Principles of Mobile Communication covers a wide range of topics that are essential for understanding and designing mobile communication systems. The book is divided into 14 chapters, each focusing on a specific aspect of wireless communications. Here is a brief overview of the main topics covered in each chapter:
Introduction: This chapter provides an overview of the field of mobile communication, its historical development, its applications and services, its challenges and opportunities, and its basic concepts and terminology.
Propagation Modeling: This chapter introduces the fundamentals of radio propagation, such as path loss, shadowing, multipath fading, Doppler shift, and delay spread. It also presents various propagation models for different environments and scenarios.
Co-Channel Interference: This chapter analyzes the impact of co-channel interference on wireless systems, such as interference from other users, base stations, or adjacent channels. It also discusses methods to mitigate co-channel interference, such as frequency reuse, cell splitting, sectoring, and power control.
Modulation and Power Spectrum: This chapter describes the principles and techniques of modulation and demodulation for wireless communications, such as amplitude modulation, frequency modulation, phase modulation, quadrature amplitude modulation, and orthogonal frequency division multiplexing. It also explains how to characterize the power spectrum of modulated signals and how to measure the bandwidth efficiency of modulation schemes.
Detection of Known Signals in Noise: This chapter studies the detection of known signals in noise, such as binary signals or M-ary signals. It derives the optimal receiver structures and performance metrics for various detection scenarios, such as coherent detection, noncoherent detection, differential detection, and diversity reception.
Multi-Antenna Techniques: This chapter explores the use of multiple antennas at the transmitter and/or receiver to enhance wireless communications. It introduces the concepts and benefits of spatial diversity, spatial multiplexing, beamforming, and multiple-input multiple-output (MIMO) systems. It also presents various MIMO techniques and architectures for different wireless standards.
Time Domain Equalization and Interference Cancelation: This chapter deals with the problem of intersymbol interference (ISI) caused by multipath fading and delay spread. It presents various time domain equalization methods to combat ISI, such as linear equalization, decision feedback equalization, maximum likelihood sequence estimation, turbo equalization, and interference cancelation.
Error Control Coding: This chapter covers the fundamentals and applications of error control coding for wireless communications. It explains how to design and implement various types of codes, such as block codes, convolutional codes, turbo codes, low-density parity-check codes, polar codes, and space-time codes. It also discusses how to perform encoding and decoding operations using different algorithms.
Spread Spectrum Techniques: This chapter introduces the principles and advantages of spread spectrum techniques for wireless communications. It describes how to implement direct sequence spread spectrum (DSSS) and frequency hopping spread spectrum (FHSS) systems using pseudorandom sequences and frequency hopping patterns. It also analyzes the performance of spread spectrum systems in terms of bit error rate (BER), processing gain (PG), jamming resistance (JR), and code division multiple access (CDMA) capacity.
Multi-Carrier Techniques: This chapter examines the use of multi-carrier techniques for wireless communications. It explains how to implement orthogonal frequency division multiplexing (OFDM) systems using inverse fast Fourier transform (IFFT) and fast Fourier transform (FFT) operations. It also discusses how to optimize OFDM systems in terms of subcarrier allocation, power allocation, bit loading, peak-to-average power ratio (PAPR), synchronization, channel estimation, and equalization.
Frequency Planning Techniques: This chapter reviews the frequency planning techniques for wireless systems. It explains how to allocate frequency bands and channels to different users and services using various criteria and constraints. It also illustrates how to perform frequency planning for cellular systems using hexagonal cells or irregular cells.
CDMA Cellular Systems: This chapter focuses on CDMA cellular systems that use DSSS or FHSS techniques for multiple access. It describes the features and architectures of various CDMA standards, such as IS-95 CDMAOne, cdma2000 1xRTT/1xEV-DO/1xEV-DV/1xAdvanced/MC-CDMA/MC-MIMO-OFDM/SC-MIMO-OFDM/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/SC-MIMO-OFDMA/MC-MIMO-OFDM/MC-MIMO-OFDM/MC-MIMO-OFDM/MC-MIMO-OFDM/MC-MIMO-OFDM/MC-MIMO-OFDM/MC-MIMO-OFDM/MC-MIMO-OFDM/MC-MIMO-OFDM/MC-MIMO-OFDM/MC-MIMO-OFDM/MC-MIMO-OFDM/MC-MIMO
Conclusion
Principles of Mobile Communication by Gordon L. Stuber is a textbook that provides a comprehensive and rigorous overview of the physical layer aspects of wireless communications. It covers both fundamental and advanced topics in a systematic and logical manner, with a focus on analytical modeling and performance evaluation. It also includes new content on 4G cellular systems, 5G cellular outlook, bandpass signals and systems, polarization, channel assignment techniques, and more. It is suitable for graduate level instruction and a reference book for practicing engineers and researchers in the field of mobile communication.
If you are looking for a solution manual for Principles of Mobile Communication, you can use the book itself as a reference and a guide. The book provides clear explanations and derivations of the key results and formulas that are used to solve the problems. The book also provides hints and tips on how to approach and solve the problems. You can also check your answers with the solutions provided online for selected problems. However, you should not rely on the solutions alone, but rather try to understand the concepts and methods behind them.
Principles of Mobile Communication is a textbook that will help you gain a deep and thorough understanding of the physical layer aspects of wireless communications. It will equip you with the knowledge and skills you need to design, implement, optimize, and evaluate mobile systems for various applications and scenarios. ca3e7ad8fd