TDM in Epilepsy

Blocking in Multiwavelength TDM

This paper examines the relative importance of wavelength conversion and time-slot interchange in improving the performance of multiwavelength time-division mul-tiplexed networks. It is shown that, in networks with a small number of wavelengths, each carrying a large number of time-division multiplexed channels, signiicant performance improvements are achieved by the introduction of time-slot i...

Application of Sampling in TDM

Multipath routing in TDM NoCs

The exponential increase in transistor count due to technological progress has resulted in an increase in complexity and processing power of on-chip elements. Recently a stage has been reached where it is not practical anymore to increase the core size, in either the traditional CPU or embedded domain and as a consequence the number of cores, processing elements or peripherals is being increase...

Blocking in Multiwavelength TDM Networks

only wavelength translation is higher than that when TSI is introduced, either alone or in addition to the wavelength translation. However, for one-and two-hop paths, the observed blocking probability with wavelength translation alone is below that obtained with TSI, and above the blocking probability for the corresponding paths in networks without either wavelength translation or TSI. Similarl...

2 . Wdm - Tdm Switched Networks

ABSTRACT Multicasting in the optical layer has gained significant importance in the recent years due to several factors. Most of the research work in this area concentrate either on minimizing the number of wavelengths required to meet a given static demand or on multicast route selection algorithms to achieve efficient utilization of fiber bandwidth. Very few significant research has been foun...