The Experts below are selected from a list of 19530 Experts worldwide ranked by ideXlab platform

Ramjee Prasad - One of the best experts on this subject based on the ideXlab platform.

  • radio resource allocation in third generation Mobile Communication Systems
    IEEE Communications Magazine, 2001
    Co-Authors: L Jorguseski, E R Fledderus, J Farserotu, Ramjee Prasad
    Abstract:

    Code-division multiple access has been widely accepted as the major multiple access scheme in third-generation Mobile Communication Systems. Wide-band CDMA and its hybrid associate time-division CDMA are key elements of the IMT2000 framework of standards. Since the beginning of the 1990s there has been enormous research activity in analysis of the soft (i.e., interference limited) capacity of these CDMA-based Systems. Optimal usage of the soft capacity to provide, maintain, and guarantee QoS for different service classes is now becoming a very important issue. Therefore, interest in radio resource allocation has recently. This article presents an overview of RRA schemes (primarily for CDMA-based Systems) that are flexible, support traffic services with various QoS requirements, minimize call/session blocking and dropping probabilities, and have acceptable radio resource utilization.

L Jorguseski - One of the best experts on this subject based on the ideXlab platform.

  • radio resource allocation in third generation Mobile Communication Systems
    IEEE Communications Magazine, 2001
    Co-Authors: L Jorguseski, E R Fledderus, J Farserotu, Ramjee Prasad
    Abstract:

    Code-division multiple access has been widely accepted as the major multiple access scheme in third-generation Mobile Communication Systems. Wide-band CDMA and its hybrid associate time-division CDMA are key elements of the IMT2000 framework of standards. Since the beginning of the 1990s there has been enormous research activity in analysis of the soft (i.e., interference limited) capacity of these CDMA-based Systems. Optimal usage of the soft capacity to provide, maintain, and guarantee QoS for different service classes is now becoming a very important issue. Therefore, interest in radio resource allocation has recently. This article presents an overview of RRA schemes (primarily for CDMA-based Systems) that are flexible, support traffic services with various QoS requirements, minimize call/session blocking and dropping probabilities, and have acceptable radio resource utilization.

Friedrich K Jondral - One of the best experts on this subject based on the ideXlab platform.

  • software radio structure for second generation Mobile Communication Systems
    Vehicular Technology Conference, 1998
    Co-Authors: A Wiesler, Friedrich K Jondral
    Abstract:

    Third generation Mobile Communication Systems like the European UMTS will enable a flexible Communication, free from standard specific regulation of modulation, channel coding, baud rate and multiple access schemes. This flexibility can only be reached by a radio structure which performs all baseband functions in software and is therefore totally software programmable. To ensure that different software configurations can be understood and supported by all Mobile terminal architectures a general programming language is required to describe the used air interface components. By the example of the second generation Mobile Communication Systems like the European GSM, the Japanese PDC, the American IS-54 (respectively IS-136) and the European wireless Communications system DECT, a common description and implementation of the transceiver functions like channel coding, modulation and equalisation have been developed.

J Farserotu - One of the best experts on this subject based on the ideXlab platform.

  • radio resource allocation in third generation Mobile Communication Systems
    IEEE Communications Magazine, 2001
    Co-Authors: L Jorguseski, E R Fledderus, J Farserotu, Ramjee Prasad
    Abstract:

    Code-division multiple access has been widely accepted as the major multiple access scheme in third-generation Mobile Communication Systems. Wide-band CDMA and its hybrid associate time-division CDMA are key elements of the IMT2000 framework of standards. Since the beginning of the 1990s there has been enormous research activity in analysis of the soft (i.e., interference limited) capacity of these CDMA-based Systems. Optimal usage of the soft capacity to provide, maintain, and guarantee QoS for different service classes is now becoming a very important issue. Therefore, interest in radio resource allocation has recently. This article presents an overview of RRA schemes (primarily for CDMA-based Systems) that are flexible, support traffic services with various QoS requirements, minimize call/session blocking and dropping probabilities, and have acceptable radio resource utilization.

E R Fledderus - One of the best experts on this subject based on the ideXlab platform.

  • radio resource allocation in third generation Mobile Communication Systems
    IEEE Communications Magazine, 2001
    Co-Authors: L Jorguseski, E R Fledderus, J Farserotu, Ramjee Prasad
    Abstract:

    Code-division multiple access has been widely accepted as the major multiple access scheme in third-generation Mobile Communication Systems. Wide-band CDMA and its hybrid associate time-division CDMA are key elements of the IMT2000 framework of standards. Since the beginning of the 1990s there has been enormous research activity in analysis of the soft (i.e., interference limited) capacity of these CDMA-based Systems. Optimal usage of the soft capacity to provide, maintain, and guarantee QoS for different service classes is now becoming a very important issue. Therefore, interest in radio resource allocation has recently. This article presents an overview of RRA schemes (primarily for CDMA-based Systems) that are flexible, support traffic services with various QoS requirements, minimize call/session blocking and dropping probabilities, and have acceptable radio resource utilization.