This paper determines the performance ofTCP when it is employed over a TDD-TD/CDMA architecturewhich supports different classes of subscribersand adopts an interference-driven admission control policy.The call blocking of the system users is evaluated aswell as the TCP throughput that data users experience.This work further shows that when TCP is taken intoaccount, many options come out for the system designin order to optimize radio resources. Furthermore, weshow that the TDD system can satisfyingly cope with remarkabletraffic loads but a careful tuning of the wirelesssystem is necessary.
This paper determines the performance of TCP when it is employed over a TDD-TD/CDMA architecture which supports different classes of subscribers and adopts an interference-driven admission control policy. The call blocking of the system users is evaluated as well as the TCP throughput that data users experience. This work further shows that when TCP is taken into account, many options come out for the system design in order to optimize radio resources. Furthermore, we show that the TDD system can satisfyingly cope with remarkable traffic loads but a careful tuning of the wireless system is necessary.
On the performance of TCP over a TDD-TD/CDMA architecture / Casoni, M.. - ELETTRONICO. - 1:(2002), pp. 641-645. (Intervento presentato al convegno GLOBECOM'02 - IEEE Global Telecommunications Conference tenutosi a Taipei, twn nel 17-21 Novembre 2002).
On the performance of TCP over a TDD-TD/CDMA architecture
Casoni M.
2002
Abstract
This paper determines the performance of TCP when it is employed over a TDD-TD/CDMA architecture which supports different classes of subscribers and adopts an interference-driven admission control policy. The call blocking of the system users is evaluated as well as the TCP throughput that data users experience. This work further shows that when TCP is taken into account, many options come out for the system design in order to optimize radio resources. Furthermore, we show that the TDD system can satisfyingly cope with remarkable traffic loads but a careful tuning of the wireless system is necessary.
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