Abstract: This paper illustrated the role of Digital Signal Processors (DSP) for third generation mobile systems. The currently deployed wireless infrastructure supports the third generation of mobile communications comprised of many distinctly different standards. As a result, interoperability among these standards is nearly impossible with respect to the cellular base station. Many solutions for base station or mobile station have been implemented over the years, and each solution required a combination of two components, ASICs (Application Specific Integrated Circuits), and DSPs (Digital Signal Processors). This two-chip solution partitions the processing tasks between the ASIC and DSP, respectively. Although this solution is functionall...
In this chapter we describe the motivation for writing this book and explain its scope. Some remarks...
Processors for mobile handsets in 3G cellular systems require: high speed, flexibility and low power...
Abstract—With the advent of mobile communications, voice telecommunications became wireless. Future ...
In recent years, the global success of mobile communication devices (in particular, smartphones) ha...
ABSTRACT: Digital cellular systems such as the Global System for Mobile Communication (GSM) have exp...
The expanding growth of wireless communications has led to the proliferation of different standards....
In order to satisfy the requirements and expectations of the user to have more advanced wireless com...
This Survey report proposes a theoretical analysis of Third Generation (3G) of mobile devices and se...
We first discuss the complexity of the baseband signal processing algorithms for third generation (3...
The transition from the 2nd Generation (2G) of mobile cellular networks to the 3rd Generation (3G)...
In this paper, design of an efficient DSP core for telecommunication applications is reported. Time ...
The topic of this chapter is wireless digital signal processors. This is a class of domain specific ...
Modern telecommunication systems and standards are mainly dependent on the availability of digital s...
An architecture is presented for a digital signal processor (DSP) intended for use in digital mobile...
Wireless mobile communications took advantage of the adoption of Spread-Spectrum (SS) and Code Divis...
In this chapter we describe the motivation for writing this book and explain its scope. Some remarks...
Processors for mobile handsets in 3G cellular systems require: high speed, flexibility and low power...
Abstract—With the advent of mobile communications, voice telecommunications became wireless. Future ...
In recent years, the global success of mobile communication devices (in particular, smartphones) ha...
ABSTRACT: Digital cellular systems such as the Global System for Mobile Communication (GSM) have exp...
The expanding growth of wireless communications has led to the proliferation of different standards....
In order to satisfy the requirements and expectations of the user to have more advanced wireless com...
This Survey report proposes a theoretical analysis of Third Generation (3G) of mobile devices and se...
We first discuss the complexity of the baseband signal processing algorithms for third generation (3...
The transition from the 2nd Generation (2G) of mobile cellular networks to the 3rd Generation (3G)...
In this paper, design of an efficient DSP core for telecommunication applications is reported. Time ...
The topic of this chapter is wireless digital signal processors. This is a class of domain specific ...
Modern telecommunication systems and standards are mainly dependent on the availability of digital s...
An architecture is presented for a digital signal processor (DSP) intended for use in digital mobile...
Wireless mobile communications took advantage of the adoption of Spread-Spectrum (SS) and Code Divis...
In this chapter we describe the motivation for writing this book and explain its scope. Some remarks...
Processors for mobile handsets in 3G cellular systems require: high speed, flexibility and low power...
Abstract—With the advent of mobile communications, voice telecommunications became wireless. Future ...