The Experts below are selected from a list of 162 Experts worldwide ranked by ideXlab platform
S. Sarkar - One of the best experts on this subject based on the ideXlab platform.
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Phone standby time in cdma2000: the quick Paging Channel in soft handoff
IEEE Transactions on Vehicular Technology, 2001Co-Authors: S. Sarkar, Brian K. Butler, E.g. TiedemannAbstract:cdma2000 is one of the proposals currently being reviewed for the 3G systems. This paper addresses one of the areas of improvement of cdma2000 over the IS-95based systems-the standby time of the phone. This paper proposes a novel scheme for the Paging Channel by splitting it into three parts. It analyzes the design of the quick Paging Channel (QPCH) and characterizes its performance for various conditions. This paper also looks at a way to put this common Channel in soft handoff, thereby improving the reliability and leading to a better standby time for the cdma2000 phones. Both the physical layer and network implications are analyzed in detail.
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Common-Channel soft handoff in cdma2000. The Paging Channel
IEEE Transactions on Microwave Theory and Techniques, 2000Co-Authors: S. Sarkar, E.g. TiedemannAbstract:cdma2000 has been proposed as the standard in the US for next-generation (3G) mobile phones. This paper describes the proposed Paging Channel of the cdma2000. It provides both the physical layer details of operation, and the signaling and network issues required to support these new Channels. The new Paging Channel significantly improves the standby times of the phones for the 3G systems. This paper looks at a way to put this common Channel in soft handoff, thereby improving the reliability of call setup, and leading to a better standby time for the cdma2000 phones. It is shown that the method does not affect the call setup time, and causes no significant impact on the power budget of the base stations. Furthermore, it is completely backward compatible.
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the Paging Channel in cdma2000
International Conference on Networks, 1999Co-Authors: S. Sarkar, E. TiedemannAbstract:cdma2000 has been proposed as the standard in the USA for the next-generation mobile telephones. This document describes the proposed Paging Channel of the cdma2000. It provides both the physical layer details of operation, and the signaling and network issues required to support these new Channels. The new Paging Channel significantly improves the standby times of the telephones for the 3G systems. This paper looks at a way to put this common Channel in soft handoff, thereby improving the reliability of call setup, and leading to a better standby time for the cdma2000 telephones. It is shown that the method does not affect the call setup time, and causes no significant impact on the power budget of the base stations. Furthermore, it is completely backward-compatible.
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Soft handoff on the Paging Channel in cdma2000
RAWCON 99. 1999 IEEE Radio and Wireless Conference (Cat. No.99EX292), 1Co-Authors: S. Sarkar, R. SinnarajahAbstract:cdma2000 is one of the proposals currently being reviewed for the 3G systems. This paper addresses one of the areas of improvement of cdma2000 over the IS-95A/B based systems-the reliability of the Paging Channel. It analyzes the effects of putting the Paging Channel in soft handoff both from a physical layer, and a network perspective.
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ICON - The Paging Channel in cdma2000
IEEE International Conference on Networks. ICON '99 Proceedings (Cat. No.PR00243), 1Co-Authors: S. Sarkar, E. TiedemannAbstract:cdma2000 has been proposed as the standard in the USA for the next-generation mobile telephones. This document describes the proposed Paging Channel of the cdma2000. It provides both the physical layer details of operation, and the signaling and network issues required to support these new Channels. The new Paging Channel significantly improves the standby times of the telephones for the 3G systems. This paper looks at a way to put this common Channel in soft handoff, thereby improving the reliability of call setup, and leading to a better standby time for the cdma2000 telephones. It is shown that the method does not affect the call setup time, and causes no significant impact on the power budget of the base stations. Furthermore, it is completely backward-compatible.
E.g. Tiedemann - One of the best experts on this subject based on the ideXlab platform.
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Phone standby time in cdma2000: the quick Paging Channel in soft handoff
IEEE Transactions on Vehicular Technology, 2001Co-Authors: S. Sarkar, Brian K. Butler, E.g. TiedemannAbstract:cdma2000 is one of the proposals currently being reviewed for the 3G systems. This paper addresses one of the areas of improvement of cdma2000 over the IS-95based systems-the standby time of the phone. This paper proposes a novel scheme for the Paging Channel by splitting it into three parts. It analyzes the design of the quick Paging Channel (QPCH) and characterizes its performance for various conditions. This paper also looks at a way to put this common Channel in soft handoff, thereby improving the reliability and leading to a better standby time for the cdma2000 phones. Both the physical layer and network implications are analyzed in detail.
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Common-Channel soft handoff in cdma2000. The Paging Channel
IEEE Transactions on Microwave Theory and Techniques, 2000Co-Authors: S. Sarkar, E.g. TiedemannAbstract:cdma2000 has been proposed as the standard in the US for next-generation (3G) mobile phones. This paper describes the proposed Paging Channel of the cdma2000. It provides both the physical layer details of operation, and the signaling and network issues required to support these new Channels. The new Paging Channel significantly improves the standby times of the phones for the 3G systems. This paper looks at a way to put this common Channel in soft handoff, thereby improving the reliability of call setup, and leading to a better standby time for the cdma2000 phones. It is shown that the method does not affect the call setup time, and causes no significant impact on the power budget of the base stations. Furthermore, it is completely backward compatible.
Ge Baozhong - One of the best experts on this subject based on the ideXlab platform.
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Estimation and Optimization of Paging Load of CDMA System
Computer Engineering, 2007Co-Authors: Ge BaozhongAbstract:With the analysis on the frameworks of the Paging Channel of CDMAt,his paper computes the ratio of all messages of Paging Channels,and educes the relation between Paging load with BHCA.Having estimated the Paging load of Zhengzhou,it puts forward a solution of in zone Paging and reduces the Paging load from 65 percent to 50 percent or so.
E. Tiedemann - One of the best experts on this subject based on the ideXlab platform.
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the Paging Channel in cdma2000
International Conference on Networks, 1999Co-Authors: S. Sarkar, E. TiedemannAbstract:cdma2000 has been proposed as the standard in the USA for the next-generation mobile telephones. This document describes the proposed Paging Channel of the cdma2000. It provides both the physical layer details of operation, and the signaling and network issues required to support these new Channels. The new Paging Channel significantly improves the standby times of the telephones for the 3G systems. This paper looks at a way to put this common Channel in soft handoff, thereby improving the reliability of call setup, and leading to a better standby time for the cdma2000 telephones. It is shown that the method does not affect the call setup time, and causes no significant impact on the power budget of the base stations. Furthermore, it is completely backward-compatible.
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PIMRC - cdma2000: battery life improvement techniques
11th IEEE International Symposium on Personal Indoor and Mobile Radio Communications. PIMRC 2000. Proceedings (Cat. No.00TH8525), 1Co-Authors: Sandip Sarkar, E. TiedemannAbstract:The cdma2000, standard for third generation mobile systems, incorporates several features to enhance the battery life of a mobile station (MS). This paper focuses on the battery life enhancements in idle mode-when the mobile station is not using a dedicated Channel. Most of the battery life enhancement comes from the introduction of a new forward link common Channel structure, which incorporates the forward quick Paging Channel (F-QPCH), the forward common control Channel (F-CCCH) and the forward broadcast control Channel (F-BCCH). The quick Paging Channel can also be used with the existing TIA/EIA-95 Paging Channel. This paper shows how the quick Paging Channel enhances battery life of the MS, without sacrificing reliability.
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ICON - The Paging Channel in cdma2000
IEEE International Conference on Networks. ICON '99 Proceedings (Cat. No.PR00243), 1Co-Authors: S. Sarkar, E. TiedemannAbstract:cdma2000 has been proposed as the standard in the USA for the next-generation mobile telephones. This document describes the proposed Paging Channel of the cdma2000. It provides both the physical layer details of operation, and the signaling and network issues required to support these new Channels. The new Paging Channel significantly improves the standby times of the telephones for the 3G systems. This paper looks at a way to put this common Channel in soft handoff, thereby improving the reliability of call setup, and leading to a better standby time for the cdma2000 telephones. It is shown that the method does not affect the call setup time, and causes no significant impact on the power budget of the base stations. Furthermore, it is completely backward-compatible.
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Soft handoff on the quick Paging Channel
Seamless Interconnection for Universal Services. Global Telecommunications Conference. GLOBECOM'99. (Cat. No.99CH37042), 1Co-Authors: S. Sarkar, Brian K. Butler, E. TiedemannAbstract:The quick Paging Channel has been proposed as a method to significantly improve the standby times of the phones for the 3G systems. This paper looks at a way to put this common Channel in soft handoff, thereby improving the reliability, and leading to a better standby time for the cdma2000 phones. Both the physical layer, and network implications are analyzed in detail.
Brian K. Butler - One of the best experts on this subject based on the ideXlab platform.
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Phone standby time in cdma2000: the quick Paging Channel in soft handoff
IEEE Transactions on Vehicular Technology, 2001Co-Authors: S. Sarkar, Brian K. Butler, E.g. TiedemannAbstract:cdma2000 is one of the proposals currently being reviewed for the 3G systems. This paper addresses one of the areas of improvement of cdma2000 over the IS-95based systems-the standby time of the phone. This paper proposes a novel scheme for the Paging Channel by splitting it into three parts. It analyzes the design of the quick Paging Channel (QPCH) and characterizes its performance for various conditions. This paper also looks at a way to put this common Channel in soft handoff, thereby improving the reliability and leading to a better standby time for the cdma2000 phones. Both the physical layer and network implications are analyzed in detail.
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Soft handoff on the quick Paging Channel
Seamless Interconnection for Universal Services. Global Telecommunications Conference. GLOBECOM'99. (Cat. No.99CH37042), 1Co-Authors: S. Sarkar, Brian K. Butler, E. TiedemannAbstract:The quick Paging Channel has been proposed as a method to significantly improve the standby times of the phones for the 3G systems. This paper looks at a way to put this common Channel in soft handoff, thereby improving the reliability, and leading to a better standby time for the cdma2000 phones. Both the physical layer, and network implications are analyzed in detail.
